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∆±X: cosmology

±∞ ¬∆@ST:

SUPŒRGANISM OF THE UNIVERSE

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In the graph, the information and entropy limits of the human visible scales beyond which we find, the unobserved, Spe>c, Ti <0k, ∆+4, cosmos and its mirror symmetry of ∆-4, quarks.

Unlike the other posts, the cosmos is beyond perception – never mind the ∆º humind pretending it was all in a 0-point for homunculus viruses to understand, (: we have no idea of its extension and full structure, so it would be preposterous to make an isomorphic analysis of it. STILL WE DO have some information, partial on some of those isomorphisms, which we will introduce in each sub-post. Instead of making a list of all of them, thus we shall just explain the whole Universe as a potential supœrganism in this post.

The isomorphisms of the cosmos suffice to explain its structure:

‘cosmos is an organism with a body called the Universe, and a mind called Logos’ Plato

In this post we introduce the main super organism of the Universe, the galaxy, which acts as an atom-cell of larger scales of which information is scanty beyond ‘pretentious’, absolute theories of continuous single space-time, such as the big-bang and 4D metric, ill-understood in its generality.

What we see as limits of our stientific perception, beyond which space-time information is scanty is the atom in the lower scale and the galaxy in the upper scale. Both can be generated by the same Unification equation of masses and charges, but the most organic vision is that of the galaxy as a cell.

Epistemology in the fractal universe precludes that each perceiver fractal point of view will have a knowledge of another sector of the fractal reality wit a detail and bias and ‘screening’ that will make many descriptions of seemingly very different beings seem parallel and so we can establish from our point of view a clear parallel between galaxies described as cells and described as atoms, the 2 other great systems we perceive in the quantum and life-thermoydnamic scales.

In the graph, homologies of perception and knowledge of any  part of the fractal super organism has to take into account the relative construction by a mind-point of view with the information screened by its senses of other section of the reality, separated from it by certain distance in time-cycles speeds, certain dark space, not seen through the senses of the being, and some deformations in the arrow of information that flows easier from lower scales and energy-motion which flows better from higher scales.

As a result it is possible to postulate a theory of epistemology based in the absolute relativity of all points of view, which would from its own perceptive frame of reference deform its vision of other super organisms in similar fashion so a human sees similar functions and forms in galaxies, cells and factories. How many of such different mental assemblies of the elements of a system exist to give us a view of the whole and its parts in an organic way? We do not know but a very stable, hence we presume common ‘projection of being’ is that of an organic cell-factory or galaxy dedicated to reproduce and evolve systems of information (machines, carbohydrates, forms of matter). Such unit, the galaxy is therefore the ‘cellular element’ of the Universe, and the focus of astro-physics, on the 3rd scale above that of the human being, beyond its social super organisms, and its solar systems (∆+1, ∆+2) and at a similar mathematical distance, on the low scales to that of the atom, which will show in a series of Unification equations of its space-time, mathematical parameters.

Its symmetry in space. The geometry of the 5D planes of the Universe.

Cosmology deals with the Entire Universe, taken in present models of reality as the absolute Whole, as they consider reality co-exists in a single, continuous plane of space-time. This is not the overwhelming truth shown by T.Œ

Plainly speaking the structure of the Universe is ‘pyramidal’, with parts that ‘emerge’ as wholes, by ‘co-existing’ in different scales, which in physical systems are the quantum-atomic, thermodynamic-material and cosmological scales. This means in geometrical terms, and terms of motion and form (which in physics are concepts known as kinetic energy and its derivative lineal momentum and potential energy, and angular momentum – related but not so clearly and in T.Œ have the general form of Sp- bidimensional spatial energy and Tƒ or Tƒ, Temporal clocks of information) that there are different behaviors either if we:

– Stay in a single plane, seen as Euclidean where motion and form are conserved when an entity interacts within a single plane.

– Move through planes from parts into wholes, growing in size or sending energy and information to a larger whole vs. moving from wholes into parts or sending Sp & Tƒ from wholes into parts. This is ruled by the metric of the 5th dimension, which in its simplest ‘lineal form’ write as Sp x Tƒ = K.

Now because motion moves downwards with no friction, so you move your hand and all its cells move synchronically but do not move upwards with the same fluidity (so there is entropy) and vice versa, information, form can be replicated upwards with no loss, so cells replicate genetically and small forms grow in size almost with no changes, but things do ‘NOT shrink’ easily and there is no Lamarckian evolution, this means the perception of systems ‘above’ as wholes is different from the perception of systems ‘below’ as parts.

All in all the smaller worlds seem to have more information, form, mass, charge, and hence more ‘energy’ in the conceptualization of physics, from our perspective and so they grow in detail and occupy a larger space when we observe it. While the upper world thins out in energy and form. Only the present world of our size and form remains constant.

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We can see this from an organic perspective as a trophic pyramid: the smaller parts sustain the larger parts, which therefore thin out in energy density, and informative speed. If we look at those changes from a geometric point of view ∆+1 elliptic and ∆o hyperbolic realities different from our, ∆-1 perspective of our Euclidean Universe:

In the graph, the human observer in his own plane sees an Euclidean image of the Universe.

Now why it is our scale Euclidean? If we consider it in terms of the structure of our underlying space-time, it is made of light, and so as we see the motions of light as fixed dimensions of space, So our eyes sees 3 perpendicular light space coordinates:

This is the definition of Euclidean space: Light space.

We thus will observe 3 type of geometries, according to our ‘angle’ of 5D motion and its simple metric: Sp x Tƒ = K:

In a single plane of mechanical and Thermodynamic forms, we shall observe lineal Euclidean geometries transmitted by the 3 perpendicular dimensions of light space, as neither Sp or Tƒ suffers any deformation. Man perceives light at constant speed without a real change in its time= frequency, and space=speed parameters from the point of emission (particle in relative stop (and motion) relationship with the observer).

  • Both remain constant, so we observe a holographic Universe, where Sp= K/Tƒ define according to both parameters most equations of Mechanics and Thermodynamics. For example: Sp (volume) = K/Tƒ (pressure) is the equation of the commonest gas space around us (atmosphere).
  • In the upper gravitational space-time, as ‘space enlarges’ while ‘time slows down’ it appears a Riemannian, elliptic geometry one of the non-Euclidean geometries that completely rejects the validity of Euclid’s fifth postulate and modifies his second postulate. Simply stated, Euclid’s fifth postulate is: through a point not on a given line there is only one line parallel to the given line. In Riemannian geometry, there are no lines parallel to the given line because space enlarges, thus from our smaller perspective we see those lines diverging, and time slows down. And those are the exact effects defined in General relativity.
  • On the other hand the lower quantum scales will appear from our perspective made of point-particles, and those point-particles will appear to be crossed from our larger perspective by multiple parallels. So the charges and particles of quantum physics will show the inverse hyperbolic geometry, crossed by multiple parallels.

 

THE SUPŒRGANISM OF THE UNIVERSE (∆±4) and its ∆± 3- ‘GALACELLS’

We shall study in the fourth line the main supœrganisms of reality in the scales perceived by human beings, which have a relative full knowledge and perception of all forms from the atom to the galaxy (∆±3); but as we are ‘∆u•st of space-time’ existing within the ‘atom-galaxy’, where the atoms appear as ‘pure euclidean points’ with no breath; we cannot have full knowledge of the scales beyond, the Cosmos and the dark entropy (NOT dark energy) between galaxies. It is this cosmic supœrganism ±∆4, the one that appears as the ultimate barrier of perception of the human kind
What there is beyond can be partially inferred by the fact that the atom and galaxy are self-similar in its ‘5D metric equations’. 

Thus the fundamental hypothesis of work of GST astrophysics is obvious: the galaxy and the atom do have the same metric equation; as two accelerated vortices of the quantum and gravitational scales:

And so the forces of those scales, electromagnetic and gravitational forces must have similar properties when ‘reduced’ with the metric scaling of the fifth dimension.

And so we shall consider that simple hypothesis, which implies that dark entropy is the equivalent to an electromagnetic expansive wave; and gravitation, the inner force of the atom, where electromagnetic waves have different attractive properties holding together the electronic ‘halo’ of the galaxy (by the same token made of negative strangelets) and the central quark-black hole (for the same token made of ultra dense top quarks).

The hypothesis developed in earnest in the articles on astronomy and astrophysics guide then our analysis of the isomorphisms of the dark ‘entropy’ scale.

But even so there is the philosophical question, or rather metaphysical about the fact that the symmetry we observe in the ± scales is due to our position in the middle of it, which we shall deal on the analysis of ∆+4; as it requires a deep knowledge of gst well beyond the scope of any casual reader of the blog. So we shall concentrate in this first post on the ∆-4 ‘almost invisible scale’ of neutrinos, dark entropy, gravitational invisible actions at distance and the particles, flows and structures constructed with them. 

Let us first frame that dark scale, within the ∆+4 Universe of which it is in its broader term, the ∆-4 entropic field:

Screen Shot 2016-04-05 at 13.37.30In the graph, the local tissue of the supœrganism of the Universe.

The paradox of galileo – the maya of the senses, differentiating ‘motion from form’- form and distance are ‘mayas’ of the senses; as all its time and motion; when we get more information about a system. The 2 graphs represent the same local region of galaxies, in the right now that we have enough info, we see it as a flow of ‘gala cells’ transiting through veins of the cosmos, in the right as we used to see it – a dark series of ‘monad-galaxies’ with no motion.  All in the Universe is ultimately a dynamic PART of a supœrganism, extending in three scales of the absolute 5th dimension of time-space, performing relative ternary worldcycles on time-space.

And so formally we observe we can treat all problems both as dynamic, topological problems with motion or as analytic geometry or sequential algebra of numbers, depending on which view we adopt.

As mathematical physics has reached an extraordinary evolution, beyond some clarifying posts on Relativity revis(it)ed and quantum realism (pilot-wave theory) and the customary corrections needed to straightforward the ‘act’, we shall concentrate in all the posts on the scales of physics, on the organic properties of physical supœrganisms, its scalar structure and ternary world cycles.

In the limits of human perception we find the scale of black holes, at cosmic level ∆+1, the scale of quarks at ∆-1 quantum level, where opposite meet in terms of Tiƒ singularities of information, and in between flows of ‘dark entropy’, likely repulsive gravitation, likely made of ‘neutrino’ waves, which from the limit of dimensionality of the Universe.

Let us then call this ∆-4 scale the ‘first scale’ (if we were as physicists like, to do a classification from minor to major as a lineal structure which is not) and observe its fundamental ‘isomorphic laws’, derived of the fact that whatever is there, WILL also respond to an ∆•st structure (it will be scalar, composed of three sub-scales, self-centred into a fractal point-singularity and have three elements of space-time, tracing a finite world cycle of existence.

1st SCALE:  SPE: DARK ENTROPY, WAVE STATE: GRAVITATIONAL FORCES

 The isomorphisms of Gravitational forces.

Ƽ isomorphisms

0th isomorphism: MONAD:

The black hole is the Tƒ center of galaxies and Universes, and center of gravitation. Its equations are in the higher scale the same than protons in the lower scale. So the hypothesis that quarks and black holes are on the limiting ∆-3,4 scales the ‘perfect forms’ and the game becomes infinite between each 10 scalar symmetries from quarks to holes to quarks, is well-grounded in GST advanced metric equations.

1st isomorphism: Fractal Generator. 3 Bidimensional Topologies: space-time elements: SP<=>Tƒ.

As an invisible form, gravitation is NOT clearly understood, despite inroads of Einstein. Still we can consider its Tƒ element, mass vortices, its Sp force, gravitons if they exist or Non-Euclidean space, which is non-local, infinite since SpxTƒ=K, and being 0 its information, Sp=distance must be infinite. This is called non-locality.

The main Space-Energy duality of gravitation is its invisibility as it exists beyond the ∆-3 scale of human light/electronic perception, so we see it as ‘space’ not as energy, even if it is the ∆-4 force that moves us.

SYMMETRIES Species Vital Constants:

q is its main constant, studied in detail when we consider its parallelism and unification equation with charges.

n clocks the fundamental equations of each scale, its ‘Energy equations’, which describe a sum of lineal and angular quanta of space and time:

E=Sp (h-planck) x T(frequency) for the quantum scale.

S=T isomorphisms.

5th isomorphism: 5 Actions:

we shall find that the 4 quantum letters code for the actions of atoms, the 4 genetic letters for the actions of cells, the 4 drives of existence for the actions of animal life.

And this, vital action system is ultimately the cause of it all. Indeed, we get old because our nervous system absorbs too much energy of the body, as information, and Tƒ-particles dominate the system. We cold be immortal if we weren’t so interested in information. The order of the life worldcycle of system is the integral product of all the small a,ei,o,u actions they perform. All is synchronized through those elements.

So we can conclude this first description of the program of the Universe which all beings that want to ‘last in existence’ follow, as they apperceive mathematically, vegetatively or consciously, with the different mind-languages and its ternary grammars, with the understanding of the 4 quantum numbers that code particles’ behavior, allowing them to obey in terms of the actions of space-time the program of ‘existence’ and its space-time actions:

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In the graph, the ∆-principal number codes the ∆æ, ∆e, energy level and motion of the particle, the l-number codes its form and informative gauging, ∆i, the spin number with its chirality that codes the iterative, ∆œ actions, and the magnetic number for its ∆û, social ordered structure (organization of multiple orbitals).

2nd isomorphism: s≤≥T:

particle>potential states of entropy

singularity states of information

 

S-isomorphisms : standard model

3rd isomorphisms. ternary networks: fermions< bosons> leptons

6th isomorphism. Gender duality. Sp vs. Tif differentiation. Evolution of its species:

We show now the processes of creation and diversification of a given species. We study its gender dualities and its topological varieties caused by Sp,ST,Tƒ differentiation:

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T-isomorphisms

 

7th isomorphism: 3±∆ Temporal ages:

Generator Equation: Einstein’s field equations. Gravitation bends according to Einstein’s equations since ‘time bends space into mass’. Thus Sp(gravitation > Tƒ (Mass). So the arrow of solid, crystal, boson, information in all scales of matter is related to the curvature of space-time, and its angular motion:

 

The 3 ages of ‘gravitational space’ with minimal light observed between galaxies are given by Einstein’s 3 solutions to its space-equations which define an expansive, big-bang, a steady state age and an Black Hole vortex.

IN THE GRAPH, we see all the E≤c≈c≥M, (S<≈>T) ternary ages of the scales of physical systems. In the bottom the proper order of the 3 canonical solutions to EFE (EINSTEIN’s field equations) give us a cyclical big-bang Universe and quasar, which has been proved by french astronomers’ work on the 20 billion year cycle of quasars:

Needless to say the cosmological big-bang which runs in the problem of age (it is shorter than the whole cycle of a galaxy) precludes, we cannot understand the cosmos enough to make such huge anti-experimental simplifications. IT is though that scale at the ∆-4 grade of ‘field’ (occupied by dark entropy, likely repulsive: dying gravitation) where we shall start our disquisitions on the scalar frontiers of the known Universe.

8Th isomorphism: WORLDCYCLE . big bang?

∆±i Isomorphisms

9th isomorphism:Social Scales:

We can establish scales of growth in the internal structure of quarks, which accelerate its time vortices, growing in mass for Tƒ masses (III quark families, III black Holes families of ∆ Mass). And this implies that the heaver quarks (top quarks) should be rotating at 10 c speed, something that validates the decamatric nature of those scales but will hardly be accepted by physicists, stuck on the single space-time continuum.

10th isomorphism: ∆±4 Fractal scales: For us, ï, gravitation is the ∆-4 source of our motion. So our actions are related to them. For the Universe at large, below gravitation there is still a final scale of ‘dark entropy’, that repels ‘atom-galaxies’ between them; likely interacting with the halo of ‘strangelets’? of the atom galaxy (witten’s hypothesis).

 

 

THE FRACTAL GENERATOR OF THE GALAXY.

Experimental Proof of the Fractal Structure of the Universe.

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In the graph, several experimental proofs of the fractal 5D organic structure of all beings of reality:

On the left, we can see the growth of a ‘new dimension of temporal height’, in the process of accumulation of bosons. In the centre above, the Sloan fractal map of galaxies. Below the comparison of our region of the Universe with a neuronal cell; on the right, an ice fractal, a plant and a river and a lung.

The upper astronomical scales of physical systems, ∆+1, are in double symmetry with the lower quantum scales in ∆-1, when considering man at the ∆o relative center of both; as we observe that the co-inverse metric equations of fast, small atoms and large, slow galaxies give the same constant value, origin of the Unification equation of masses and charges.
On the other hand they show equal topology in ST, with its halo, likely of negative strangelets, black hole center of positive black holes modelled as top quark stars, and intermediate region of electromagnetic star nebulae.
THUS we can unify them through the concept of fractal scales with different space-time curvature and time speed such as:
∆-2: atom ≈ ∆+3: galaxy.
 Both scales will follow then the general laws of 5D Metric space-time isomorphic beings.

For tat reason the reader is advised to consult first the most general post on 5D and Philosophy of Science, whose aim is to unify all sciences, and the general one on physical systems, ∆±i: Astrœphysical systems, before reading this post on Astronomy.

In case the reader goes forward, we introduce the absolute bare bone concepts of the organic, 5D fractal structure of reality, which are its 3 arrows of time and symmetries with the 3 space organs of al fractal systems of he Universe, and the Principle of relativity between motion and stillness.

In the previous graph we show some experimental proofs of the fractal structure of space-time in all the relative ‘scales of size’ and ‘time speeds’ (5D scales) of the Universe.

Each photograph is a fractal structure, taken from different sciences that study different entities of nature since each part of the Universe has a fractal structure, and so does the Universe at large, made of all those fractal parts.

In March 2007, after Pietronero, an Italian astrophysicist, showed the fractal nature of the Universe, tabulating an enormous number of galaxies, whose distribution was fractal, the magazine New Scientist published an article on the theme, confronting Mr. Pietronero and Mr. Hogg, a quantum physicist from the previous outdated probabilistic, mechanist, quantum paradigm:

“The universe is not a fractal,” Hogg insists, “and if it were a fractal, it would create many more problems than we currently have.” A universe patterned by fractals would throw all of cosmology out the window. The big bang would be tossed first, and the expansion of the universe following closely behind.

Hoggs’s team feels that until there’s a theory to explain why the galaxy clustering is fractal, there’s no point in taking it seriously. “My view is that there’s no reason to even contemplate a fractal structure for the universe until there is a physical fractal model,” says Hogg. “Until there’s an inhomogeneous fractal model to test, it’s like tilting at windmills.”

Pietronero is equally insistent. “This is fact,” he says. “It’s not a theory.” He says he is interested only in what he sees in the data and argues that the galaxies are fractal regardless of whether someone can explain why.

As it turns out, there is a model that may be able to explain a fractal universe. The work of a little-known French astrophysicist named Laurent Nottale, the theory is called scale relativity. According to Nottale, the distribution of matter in the universe is fractal because space-time itself is fractal. It is a theory on the fringe, but if the universe does turn out to be fractal, more people might sit up and take notice.

A resolution to the fractal debate will only come with more data. Sloan is currently charting more galaxies and will release a new map in the middle of 2008.

Of course, the Sloan 2008 showed the Universe is a fractal.

This should have been big news all over the world. But that means, as Hogg recognizes, that we have to throw to the trash the big bang and the expansion of the Universe, accept the fractal informative structure of reality, and close down some big projects of science, such as the large hadron collider, which will merely cause a planetary big bang, very different from a hypothetical birth of the entire Universe (impossible in a Fractal Paradigm, which at best would consider a ‘larger’ scale above galaxies).

So how can we reconcile the fractal structure of the Universe – a massive evident fact of science, in the whole and all its parts – and the knowledge that space expands between galaxies, accelerating its motion, in a fashion similar to the entropic expansion of a gas, in the molecular scale?

Logic Consistency: The Infinite, Hierarchical Universe

A good description of the fractal universe and its logic principles is this text from the Web by Mr. Oldershaw from Amherst University:

“With regard to cosmology, we live at a very privileged time. When we read about exciting and revolutionary paradigm changes, in which our most fundamental ideas about nature undergo radical revisions, the drama usually has taken place well before we were born. Today, however, we have the rare opportunity of witnessing at first hand a profound transformation in our understanding of how the Universe is structured. This ongoing change of cosmological paradigms from a “small” finite cosmos to an infinite fractal cosmos began about two decades ago and is in full swing at present. The short version of what is happening goes like this. For about 50 years the Big Bang model of the Universe has provided an excellent explanation for the basic cosmological observations: a very large-scale expansion, an approximately uniform background of microwave radiation and a unique set of abundances for the atomic elements. However, there were some technical problems with this model, such as an a causal beginning of space-time, a lack of magnetic monopoles, an unexpectedly high degree of uniformity, and an enigmatic knife-edge balance between the open and closed states.

Then in the early 1980s Alan Guth4 showed how these and other problems with the Big Bang model could be solved in one fell swoop with the Inflationary Scenario. But, an ironic thing has happened. Although the Inflationary Scenario was developed to rescue the Big Bang model, the most logical consequence of pursuing the concept of Inflation is the replacement the Big Bang paradigm with a much grander and more encompassing paradigm. According to Guth and a growing number of leading cosmologists, the most natural version of Inflation theory is Eternal Inflation in which Inflation is, was and always will be occurring on an infinite number of size scales. The new paradigm that cosmologists have arrived at by several routes is an infinite fractal hierarchy that has “universes” within “universes” without end. The astronomer Carl Sagan once referred to the general idea of an infinite fractal universe as “strange, haunting, evocative—one of the most exquisite conjectures in science or religion.”

That is the basic story, but because of the profound changes the fractal paradigm will have on our understanding of the Universe and the place of humans within that Universe, it is important to explore the implications of this new vision. Firstly, there is no edge or boundary of the Universe; space is infinite in all directions. What we used to refer to as “The Universe” can be more appropriately called the “observable universe” (note the small “u”) or the “Hubble Volume,” and it is only a tiny part of what one might call our “metagalaxy” or “level 1 universe”. We currently have no way of determining the size of our metagalaxy or the number of galaxies it contains, but we could reasonably assume that both figures would be vastly beyond anything previously contemplated.

There would be an infinite number of these level 1 universes, and on an unimaginably large scale they too would be organized into level 2 universes, and so on without limit.

Secondly, time is also infinite in the unbounded Organic universe. Whereas our Hubble Volume may have come into being and began to expand approximately 13.7 billion years ago, the Universe has always existed and always will. Parts of the Universe may be created or annihilated, may undergo expansion or contraction, but the infinite fractal hierarchy remains unchanged overall, and thus is without any temporal limits.

Thirdly, there is no limit to size scales. In the infinite fractal paradigm there is no class of largest objects that would cap off the cosmological hierarchy; the hierarchy is infinite in scale.

This fact removes one of the more suspect aspects of the old paradigm. Natural philosophers had long noted the unusual fact that within the Big Bang paradigm humans found themselves roughly in the middle of nature’s hierarchy of size scales. This anthropocentric state of affairs seemed to violate the Copernican concept that when humans appear to be at the center of the cosmos, we should suspect that a bias is leading us astray. In an infinite fractal hierarchy there is no center of the Universe, nor any preferred reference frame.

Some interesting questions immediately arise. Why are fractal hierarchies so ubiquitous in nature? By studying empirical phenomena within the observable universe, how much will we be able to learn scientifically about the parts of the Universe that lie beyond our observational limits? Does the infinite cosmological hierarchy have a bottom-most scale of sub-atomic particles as is currently thought, or is this another artificial limit to an infinite Organic universe that actually extends without limits to ever smaller scales?

Centuries ago Immanuel Kant, J.H. Lambert and a few others proposed an infinite hierarchical model of nature based largely on natural philosophy arguments. This general hierarchical paradigm never garnered a large following, but it was kept alive by numerous rediscoveries. In the 1800s and 1900s quite a few scientists, including E.E. Fournier d’Albe, F. Selety, C.V.L. Charlier and G. de Vaucouleurs, argued for hierarchical cosmological models based on the hierarchical organization within the observable universe. Then toward the end of the 1970s, the mathematician B. B. Mandelbrot5 gave the hierarchical paradigm new life and widespread exposure by developing the mathematics of fractal geometry and demonstrating that fractal phenomena based on hierarchical self-similarity are ubiquitous in nature. In this way natural philosophers, empirical scientists, mathematicians and theoretical physicists have all found their way, slowly but surely, to the infinite fractal paradigm. There are many routes to this paradigm, and certainly there are a large number of distinct versions of the basic paradigm that have their own unique theoretical explanations for why nature is organized in this manner, but the general paradigm that nature is an infinite hierarchy of worlds within worlds has fully arrived, and will probably be our dominant cosmological paradigm for the foreseeable future.”

But what does it mean that the Universe is organized in fractal patterns of form? To fully grasp this concept, we have to realize that “fractal equations” are “organic equations,” which participate of the properties of organisms. Fractal equations create forms as life does. Fractal equations create self-similar “cells,” as life does. And in fact, they use the same term. Fractal equations are also called generator equations, as they are the mother cells that encode the information needed to repeat a living form. Finally a fractal equation will create a pattern of interconnected parts, which put together reproduce a whole, self-similar to their parts, as organisms do.

The only thing a fractal equation does not have is motion, as it is a simplified geometrical description of reality. So in the same manner, geometry lacks motion; simplified fractal equations didn’t have motion when they were first discovered.

But now, fractal science has advanced a step further, thanks to the evolution of fractal logic, duality, and non-Euclidean geometries, so we can understand finally the meaning of motion in the Universe.

Let us then explain the logic and mathematical principles of the fractal paradigm, starting for what fractal relativists mean when they say that the Universe is built in fractal scales made of pieces of vital space and informative time. To that aim, we apply to the understanding of masses of physical information and black holes and pulsars, which are fractals, made of quarks.

The 3 properties of fractal space: discontinuous, bidimensional, scalar structure.

Very simple: in the fractal paradigm, space is discontinuous, made of fractal non-Euclidean points, joined into bidimensional networks, through flows of expansive kinetic energy and contracting cyclical information; which grow in size and scale when we come closer to them (so points become galaxies, whose fractal points become stars, whose Non-E points become planets, whose fractal points become humans, whose Non-E points become cells, whose fractal points become atoms and so on).

So we just need to apply the ‘so obvious’ fractal, Non-Euclidean structure of reality to describe the Universe, and ‘voila!’, magic – every question is resolved, every experimental evidence fits in place. And all the whys are revealed.

Discontinuous space.

The big bang theory is based in the concept of an expansive space, merely one of the 3 possible solutions to Einstein’s field equations, which must be accepted only on that region and scale of the Universe in which space truly expands, which happens to be the interstellar space between galaxies.

But within galaxies the non-lineal, cyclical, inverse arrow of temporal information, that is the accelerated gravitational vortices of the black holes, which suck in electromagnetic entropy, converted into gravitational information, that is implode space into mass;

Thus the expansion of space between galaxies is perfectly balanced by the implosion of space curved into time vortices of mass by the galaxies. 

They balance the expansive motion of interstellar space, defining an dynamic Universe in which each scale of the fractal is in balance between its ‘expansive, entropic arrow of space and kinetic energy or lineal momentum’; (ab. Spe), and its ‘implosive, informative arrow of accelerated Cyclical Time clocks, (ab. Tiƒ):

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In the graph, the fractal paradigm postulates a Universe of infinite scales of sizes with relative big-bangs, which are the death of implosive Mass converted back and forth into entropic motion, according to Einstein’s equation: E<=>Mc², which actually has 2 arrows of time, and was in fact first described as M=E/c², that is as a process to create mass from energy.
And the result is an immortal wobbling
 spring like Universe, where according to Einstein’s equation: E=M(c2), entropy reigns in the electromagnetic forces and light transiting between galaxies, expanding its space-time. But then it collapses within galaxies, creating with gravitational forces, in-form-ation. And this arrow of form and life is more important. Since we humans live in one of those vortices of time collapsing into mass, called the milky way, in one of its cyclical, turning planets that evolves information, through the processes of life and technology and human languages of thought. SO IT MATTERS MORE to understand mass and life than entropy and vacuum expansive space. The next graph shows schematically one of those galaxies wobbling.

Thus both arrows balance each other and the Universe has at least 2 arrows of time, ‘Spe’ or spatial entropy, and Tƒ(m), Cyclical vortices of mass, which we can measure by the angular frequency or clock-speed of the vortex. Since indeed, E=Mc², the fundamental equation of Special relativity and E=hƒ, the fundamental equation of quantum physics, can be joined together Mc²=hƒ, whereas M= h/c² ƒ.

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In the graph, the evolution of the concept of mass in relativity, from the initial image of an abstract substance in the center of an accelerated vortex of space-time, proper of the abstract, pre–world war age, when Einstein first published his work on gravitation, to the first pictures obtained in bubble chambers in the postwar age, to the realization that each mass is a fractal space-time made of smaller cyclic motions proper of twenty-first century Fractal relativity.

The smaller motions are quarks, the bigger motions are quark stars, pulsars, and black holes. Today we can model any type of vortex of space-time with fractal mathematics, as each small vortex transfers the momentum to the bigger vortex, which emerges as a macroscopic entity. Thus, we conclude that a black hole is a fractal concentration of the densest matter of the Universe, quarks, since quarks represent on average more than 99.9% of the matter of our bodies. Those improvements on the details of mass theory, based on the advancement of its mathematical tools (discovery of fractals, chaos theory, and the five postulates of non-Euclidean geometry) is the natural way in which the evolution of science happens, departing from sound logic principles.

Thus mass is proportional to a constant (h/c²) multiplied by a variable frequency and its attractive power is proportional to the speed of the vortex as a hurricane (an air vortex) or a tornado (a water vortex).  

We can therefore write a Fractal ‘Generator Equation’ of the lineal entropic space and cyclical time vortices of the cosmos:, Sp(e) <=>Tƒ(m).

Now what the ‘big-bang entropy theory’ does is simply to eliminate completely the ‘mass-arrow-factor’; the time arrow of life in physics, the creation of matter, the dictum of einstein: ‘time curves space into mass’. And the informative nature of gravitation. And then indeed only entropic expansion of space between galaxy and its simple lineal equation that explains it ‘all’ matters. And of course, this feeds the ego of the astronomer as the new high priest of a new religion that knows it all and reduces it all to a size man can handle and ‘talk to’.

The religion of the big-bang vs. a sound dual theory of entropy and information.

The big bang alibi connects CERN with the ‘theoretical religion’ of physicists, quite similar to that of Abrahamic religions, in which an infinitesimal human being ‘believed’ to understand the meaning of it all, because God, the mind of the Universe reduced itself in the big bang to another infinitesimal point, easy to handle by the arrogant ego-centered bronze age peasant, which became the ‘only’ human to understand it all or the modern physicist who pretends a ‘simple lineal equation’ called the Hubble constant, V = Ho D, resumes it All.

So the religious priest will tell you ‘GOD’ explains it all, just 3 letters, 4 in the Jewish Tetragramaton, Yhwh, 5 in Allah. And there is no need for anything else. Alas from GoD to V≈hoD, from Abrahamic cults to big-bang cults 2 letters have changed to remain the same.

This is the essence of the absurd theory of the big bang, according to which V=hod, in this case not the mind but the entire Universe reduced itself to an infinitesimal point which was the ‘beginning of time and space’ that only physicists (and creationist, biblical priests that sponsor the concept – in fact ‘discovered’ by a catholic priest, Mr. Lemaitre), the high popes of science understand with an arcane ‘latin language’ called mathematics.

In reality that equation is so simple that one cannot avoid a smile, when people tells you Physicists are the absolute geniuses of mankind. It merely means that galaxies are separating because the light, an entropic, lineal, expansive force between them, elongates its wave as it moves. The meaning of it all – nuclear physicists have extracted it from that single fact – light elongates as an entropic force between galaxies:

How they got from this simple fact to resolve the birth of the Universe? Simple: they just move backwards this light expansion, and concluded that as light expands between galaxies, if we run it backwards it must have imploded into a single point, the ‘origin of it all’ which their Vhod describes as the graph shows.

Never mind light NOT only expands when free but it contracts within galaxies by the force of gravitation, balancing thus, the expansive E=mc2 death of mass into radiation, with the implosive, M=E/c2 informative implosion of light into mass particles and galaxies, making reality a wobbling balanced immortal infinity of dying mass and imploding light. Indeed, if you run backward the equation of light expansion, you just will get back to the atom of the galaxy that emitted that ray of light – AS ALL EQUATIONS ARE FINITE and happen only as long as the phenomenon they describe exists – in this case the ray of light that expands does NOT go back into an infinitesimal point because all LIGHT is produced by particles according to the E=mc2 equation. 

Yet the big-bang dogma merely rejects to put the most famous equation of physics, E=mc2 at work, as the abrahamic cult denies any other ‘letters’ to God. It is only God, or Yhwh or Allah (even if actually the 3 religions says it is the same God). In physics it is only Vhod not E=mc2, what matters. You just vehemently deny the other ‘letters’ matter at all to create matter (play with words, as it is all just funny egos jumping me, i and myself only, if it had not so ugly collateral effects).

Thus the big bang is just a theory based in the wordily profession of nuclear physicists (make atomic bombs). So disregarding the arrow of information and life, which is the creative force of the Universe, physicists pretend to interpret reality only with the arrow of destruction and death, they call ‘entropy’, and merely moved backwards in time a lineal, simple equation of entropy, to pretend it moved backwards till this supposed explosion collapsed into a tractable infinitesimal point, much more smaller than the human ego. The parallels between those 2 supreme ‘theories of the subjective ego’ are multiple.

The peasant Meshu thought God was the bush their goats munched because that was his professional ‘food’. And he denied therefore the immanent sacred nature of all what exists, made of the same ‘plenum substance’, impersonal space and time. God was in his bush. The arawak who ate turtles thought God was a huge turtle over which the Earth floated.

The nuclear industry which makes nuclear bombs designed a theory of the Universe, in which only its ‘entropic process’ of explosive death accounted for the creation of the entire Universe. So of course, the people who hold the alternative sound-sound theory, called the steady state Universe, from Einstein to Hoyle, who affirmed ad maximal there would be a quasar big-bang, observed experimentally balanced by the creation of mass, laughed at them and called its theory the ‘big-bang’, arguing their makers were either ‘creationist priests’ (Lemaitre) or people working in the nuclear industry (Gamow). It was then business as usual: ad hominem attacks on Einstein and Hoyle, the P.r.ess heralding Gamow as a genius, since it backed the nuclear weapons industry and justified experiments and industries that researched them.

Yet for the big bang to work, they needed to DENY all other causes of the process of DUAL informative creation of mass and entropic destruction of mass into radiation. This of course created the paradox that physicists used e=mc2 to explode bombs but deny their equation to uphold ‘Vhod’.

At this point things became a little surrealist: physicists changed the name of the arrow of information and life and called it ‘negantropy’, the negation of death, as if negating death was a ‘sin’ and information and life was irrelevant, something Vhod could dispose of.

They also denied the most important in-formative force of the Universe, gravitation, which ‘forms’ the mass of galaxies, as time goes by. So Einstein, the only sound mind, who merely did ‘thought experiments’ said that ‘time curves space into mass’.

IN RELIGION PROOFS MATTER NOT.

Now, the ‘steady state theory’ of the Universe has always come to this simple realisation: the creation of mass eliminates the need for a singularity. There are a few different versions and duality merely makes them even more sound. The best elaboration of this steady state dual expansive-implosive Universe, departing from earlier work by Einstein and Fred Hoyle, is the concept of a series of local big-bangs, called quasars, proved recently by the 20 billion years tabulated cycle of galaxies.

Further on the cycles is reinforced by the fact that big-bang radiation is measured locally, as Penzias and Wilson were indeed measuring the background radiation of the galaxy,  a fact recently rediscovered by the observance of 2 ‘electromagnetic lobes’ on the galaxy, which are exactly the same found in the supposed mapping of the whole Universe:

4 big bangs detail

Below we observe the ‘supposed ‘lobes’ of the cosmos, which turn out to be exactly the 2 lobes of our galaxy, recently discovered, and the fact that from quantum atoms to galaxies, there are E=Mc2 double big-bangs from beta decay to novas of stars and planets to galaxies.

So what is the origin of the ‘back ground radiation’? Unfortunately another clear proof that the galaxy is teaming with strangelets and black holes. Since the background radiation can only be produced today by a black hole or dark matter strangelet gravitationally redshifting light as it passes through the halo:

And so a huge proof of the Fermi Paradox comes through Einstein’s gravitational redshift: a black hole or strangelet which has eaten the mass of a moon, the most abundant planetary size of the galaxy, will produce exactly redshifted background black body radiation at 2.7 k,

So the SUPPOSED absolute proof of a cosmic big-bang IS in fact without ‘extrapolations into an infinitesimal past point’ perfectly explained now IF the light matter of the galaxy ‘feeds’ the dark matter of the halo, which WILL thereafter redshift constantly gravitationally (another Einstein effect) light all over the galaxy and light coming inside the galaxy at 2.7 K.

Again in Epistemology WHEN 2 POSSIBLE CAUSES OF A phenomena happen, the sound SOUND ONE, is the cause that happens NOW. It is like if you try to explain your 37 degrees of body temperature and you have a doctor that tells you the NOW-now cause – the activity of your cells at 37 degrees, as the activity of dark matter of moon masses (called MACHOs) today at 2.7 K. Obviously this is a sound theory

Now imagine a ‘guru’ that comes and tells you, your 37º temperature is in fact caused by the ‘cooling’ of your temperature at the moment of your birth which was then ‘3 trillion degrees’, and I have a lineal equation that proves you have been getting colder till now, exactly at the required speed to get now 37 degrees. You will think he is cuckoo because he NEVER measured your temperature in the past, so he is making a non-scientific extrapolation. Well THIS IS EXACTLY WHAT Gamow did. He came to the conclusion that the Universe had cooled down from the singularity of trillions of degrees to the almost ‘absolute zero’ of 20 degrees… Wait, but it is not 2.7 K background radiation?

Yes, he FAILED COMPLETELY TO FORECAST it. But WHEN Penzias measured the then called ‘galaxy temperature’ at 2.7 K, GAMOW simply a posteriori changed his lineal equation to meet 2.7 k now, and then a flurry of ‘egolatric’ scientists decided it was NOT local but cosmic radiation. Because that kept them as ‘the new high popes of creationism’ and the meaning of it all. AND AGAINST RELIGIONS SCIENTISTS CANNOT REASON.

But as an image is worth more than a thousand words, we have just showed you the 3 most recent, visual proofs that the background radiation is local, galactic, and if there was in the past a ‘big-bang’ was just the quasar cycle of our galaxy.

So as always times proves the sound, humble, rational scientists right. In this case Einstein’s steady state solution, which Fred Hoyle developed in a huge mathematical effort just before dying in his theory of multiple quasar big-bangs, which the cycle of galaxies found by the French astronomers further proved and my calculus of Moon MACHOs radiation, which any student of physics can easily corroborate properly explains.

All those galaxies prove indeed, with its longer 20 billion cycle, which goes beyond the supposed age of the big-bang its falsehood. As many of the recently discovered astronomical phenomena in far away galaxies show. Since we are finding formed galaxies, formed giant black holes, formed II generation stars and star dust, which could not have been born before the big-bang. So do those supposed ‘lobes’ of the cosmic big-bang, which Smolin a famed physicist wanted to use to prove his theory that high frequency light goes faster than red-shifted light, as they were supposed to come from 13 billion years ago and so a small difference of distance should be found. Alas, the surprise when they found they are the exact ‘trace’ of the 2 lobes of electromagnetic radiation found in OUR galaxy. Yet they occupy supposedly ‘a huge piece of the entire Universe… 

We have put just a few of the experimental proofs of recent astronomy to add to the enormous number of planets found all over the place, which reinforce the Fermi paradox, so you don’t think I am here making a case only for theory, only for my work in the 2 arrows of time. So WHY nothing of this comes in ‘daily press’? FOR ALL THE WRONG REASONS – religions are always respected; masses always side together for them. As Schopenhauer said: ‘the wise always say the same, the fools, which are majority do exactly the opposite’. And of course, attack ad hominem the wise.

Indeed, in the steady state theory things became soon ad hominem against Hoyle who quipped back inventing the mocking term of ‘big-bang theory’.

 

In the graph we can see some E/c<=>Mc processes of spatial expansion and big-bang destruction of mass, all of which have an inverse temporal, informative, process of much slower creation of temporal information and mass that balances them, in different scales of physical systems, from the beta decay that explodes atoms into electrons and protons (with an inverse slow collapse of electrons into atoms) to the quasar big-bang of galaxies (with an slow process of creation of mass-information from gaseous space):

If we consider the space-time an absolute continuum in a single scale, this more accurate picture of what we perceive is not possible, hence we come to the conclusion of present cosmology – that the Universe will expand and die. If we consider that this expansion is compensated by galaxies, which follow Einstein’s dictum: ‘Time curves space into mass’, Mr. Hogg’s conundrum – how to correct the big-bang is solved.

And so we learn another fundamental truth of Philosophy of Science, which today is often overlooked: we must never deny experimental evidence, even if at first sight it contradicts an established theory.

 For that reason we must accept the fractal informative structure of reality, where the big bang is merely the death-rebirth cycle of a quasar-like galaxy or local Universe, a scale of size above galaxies.

So both together create an immortal Universe of expansive ‘bidimensional sheets’  of flat space we observe the ‘canonical structure’ of…

In the graphs, the scales of the Universe and the human being and its space-time symmetries, which the reader will observe are the same we used to describe the Universe.

Since we are all isomorphic organisms of 5D fractal space-time, and therefore the study of the scales of human beings, biology and history is more important than the study of the scales beyond the limits of human perception, as CERN does, since we are the most perfect super organism of the universe, the measure of all things, including the simpler and less perceived organisms of galaxies and atoms and beyond.

First, we must stress that Cosmology has a huge metaphysical component in its Greek sense – it is well beyond the limits of human perception, which we find to be the atom and the galaxy, beyond and within uncertainty and dark gravitational matter makes knowledge to say the ‘least’ incomplete.

Thus contrary to belief big-bang theories of the Universe and Cosmology in the widest sense do not belong to astro-physics, but still we can do science if we are minimally serious with the scientific method.

Then the cosmic big-bang likely falsehood, as a product of the ego-trips of physicists, follows from the available data on it. It does NOT contradict as we shall see 5D physics. On the contrary it would also validate it. So we are NOT against cosmic big-bang because 5D physics does not tolerate it but because plain good old’ science disproves it.

So we shall give an alternative physical theory of the Universe, which follows closer the T.Œ=Sc3‘ laws of truth of the scientific method (Objectivity, Logic-Linguistic reason, Experimental evidence; Minimalism (Occam’s razor), Correspondence (previous ‘true theories’, parts of the new one), Causal, cyclical predictability and Coherence (logic and mathematical reason).

Thus here we shall on one side prove that the big-bang does not follow all the elements of the T.Œ=Sc3‘ 4 legs of truths  in science (Objectivity, Logic, Evidence, Minimalism=Simplicity, Correspondence with previous theories, Causality & Ternary Complexity:

  • It is a clear creationist theory based in lineal time, two cultural traits of the western Germanic, biblical military cultures that invented it.
  • It is completely illogic and makes no sense at all – for god’s sake indeed, a single point from all was created..
  • It has not enough experimental evidence.
  • But it passes S: simplicity, initially but … when it was merely the drawing back of a lineal equation (H=Dv, Hubble’s red shift equation).  Yet at present as we learned more about the Universe, it requires all kind of ‘epicycles added ad hoc’ to fit the new data (dark matter and energy, accelerated expansion, inflationary first state, etc. So it no longer does fit Minimalism.
  • It does not correspond to physical and logic ‘consistent’ theories but only to religious ones – lineal Christian time and creationism.
  • And finally it lacks Causal cyclical predictability – it does not explain what was before and after; but the element it truly fails is one we normally consider a given for serious science, ‘logic and internal coherence’. It has none. Because indeed it is creationist ‘religious’, as it requires external creators.

The ego paradox.

Why astrophysicists then do not focus on the limits of known-unknowns.

The answer is the human ambition and anthropomorphic point of view, which is common to any of those Πthat feels himself the center of the Universe. It is the paradox of the ego. And we must introduce it because it is at the core of the ambition of cosmologists and its denial of true science when confronting the facts of his big-bang theory of it all.

Now a mind is defined by a simple equation:

O-mind (finitesimal) x ∞ time space cycles = Linguistic mapping of the Universe.

Thus a mind to fit the infinite time cycles in motion, reduces its dimensions and information to a series of bidimensional membranes of fixed form of information in a language used to map reality.

Humans do that with the infinite universe, reducing it to mathematical mappings. And thinking of course they are observing the ‘whole’. This is the recurrent theme of astrophysics – the denial of absolute relativity, as self-centered humans come back with a vengeance, with new ‘absolute frames of reference’. Now this absolute frame of reference is called the background radiation and the point of view is the creationist big bang.

And the proof of its falsity never mind because we do have to understand it all, and of course, when we do, we will be special beings within that whole. Since, the paradox of the ego tell us that:

‘Every finitesimal 0-mind perceives reality from its self-centered point of view, confusing the whole with the limited linguistic mind that perceives it’.

This is today the situation with the big-bang, falsified by innumerable proofs under the laws of the scientific method, but accepted as the ‘religion of physicists’, the new ‘religious gurus’ of our technological, ‘lineal civilizations.

Within the much larger frame of reference of T.Œ, all this resumes in the ego paradox. Humans MUST have an explanation for the whole, which makes it not so big, and rather controllable.

Experimentally is also the most natural conclusion, as its measure is taken locally also, around the Earth, origin could be then within the galaxy or the local group of galaxies, a mere turbulence of the clouds of gas and dark matter that surround the milky way. It is the first and most important of the 3 canonical proofs of the cosmic big bang. The second proof – the abundance of helium is equally explained by quasar big-bangs, as the equations of the big-bang ‘ages ‘are the same for the explosion of a black hole in the center of galaxies (in fact they are the reversed equations of the formation of a black hole, hence its process of entropic death), the 3rd proof, the age of the big-bang is falsified by the quasar cycle of birth and death of galaxies, which has a 10 to 20 billion years cycle.

And since we observe galaxies in a second cycle, the Universal big bang cannot be younger than a part of the Universe.

The 4th proof is the density of matter of the Universe, far lower than the one required for the big-bang which however is exactly the same density of matter of galaxies, once more proving the ‘local theory’ of a background radiation due to the explosion of a quasar galaxy – either ours, or a quasar of our local group; the 5th canonical proof is the red shift of light, which expands between galaxies, but again it is a lineal half-truth, which purposely ignores the warping of radiation into matter in the ecliptic of galaxies and the inverse blue shift flows jets of radiation that collapse and shrink space into matter coming from black holes (hence not arriving to Earth but seen laterally in most of them) and the natural death of light space-time, which has a life-death cycle similar to that of stars of around 10 billion years, explaining perfectly a first phase of red shift accelerated in the second phase o flight life (5 to 10 billion years), tracing the canonical 3 ‘ages of life’ of the 5D model of the Universe.

Yet the metaphysical proof is perhaps the most obvious: the birth of the entire Universe in a single point of space-time, just because we can run a lineal equation of the redshirts temperature of the present universe to the past with no limit till arriving to a ‘point’ of creation, is logically absurd; scientifically sick (as it requires a previous God-like creator) and natural only to the religious military ideologies of western science, dating back to Newton a pious believer in Yvwh and the lineal concept of time of Abrahamic religions and military science, who already considered a mechanist Universe the proof of the existence of the historic tribal God of the Hebrew.

The present revival of primitive idol-ogies of history thus must be studied NOT in astrophysics but in our section of history and the process of life and death of civilization, with its memorial revivalism in times of war and extinction

On my view astrophysicists have become believers, which will not reason, after a century of public awe as the new religious figures of mankind, and will never deny big-bang theory. Our life thought might be at stakes, as they will soon replicate a small quasar big bang at CERN.

Yet to fully grasp what physicists do at the LHC without much understanding of the process involved, we must go beyond present physics, outside the light space-time membrane of the galaxy, where the symmetry breaks between <c and > c speeds and <o K and > o k into…

 

II. COSMOLOGICAL AND PHYSICAL WORLDCYCLES.

The 3 ages of time in cosmology.

Let us in introduce the cyclical theory of cosmology starting by:

  • The consequences of cyclical time in the perception of the present lineal analysis of the Universe, as a ‘block of infinite lineal time duration’.

First we shall consider the space-time cycle of the Universe, which will allow us also to illustrate the quite different consequences of using with the same equations, the two different concepts of a universe dominated by a single continuum space, and one dominated by time, made of infinite space-time cycles.

4920050_orig

In the graph, the lineal time of Cartesian graphs, accepts only a natural motion – lineal inertia, and denies the fundamental property of time cycles, its closed cyclical form that carries the causal, repetitive laws and stores the information of the Universe in the frequency and form of those cycles.

Since every time motion of the Universe is cyclical and lineal time, physical time, a shorter part of a cycle, or the sum of multiple ‘cyclical steps’, as the wave of light, used to define a second according to its ‘frequency of time cycles’.

Mathematically the discontinuity of space-time and hence the existence of infinite fractal space-time motions in the Universe is proved by the fundamental theorem of topology and knot theory: a closed cycle divides the Universe in an inner and outer space, breaking it.

Thus a time clock or time cycle breaks (knot theory, topology) space into an inner and outer region. So we must also talk of infinite broken spaces, fractal parts of space with ‘motion’ or ‘energy’ that a time cycle surrounds and controls: The unit of the Universe is a space-time cycle; and all beings of Nature are made of such ‘fundamental particles’, the cyclical, fractal space-time born of enlarging, each ‘point’ of lineal time into a ‘cycle’.

Thus the existence of cyclical time clocks implies that space is fractal and enclosed by time clocks, which manage those spaces as their vital, inner spaces, the ‘internal substances’ of which relational space-time beings are made.

So it is not possible to extend to infinity a lineal equation as big-bang physicists do. The equation WILL curve and the big-bang if it existed for the whole Universe, would end in a big crunch (we shall see many proofs it might be restarted to a quasar cycle, as our measure is local in this galaxy and we have tabulated a 10 to 20 billion year cycle of quasars for galaxies, so it might be again another anthropomorphic ego-trip of explaining it all).

lifeuniverse

Now, in this graph, written with the sequential equation of the Worldcycle of life and death we see two clear differences between the interpretation of the same phenomena in absolute space-time and relational space-time.

Above, the big-bang cycle is described as a single line of a single continuum space-time and a single time direction. The same graph, which is the last one of our ‘Still picture’ the beginning and the end is the same. It is a cycle. And this is what Einstein’s 3 solutions to the space-time structure of the Universe tell us:

The big-bang entropic, expansive solution, its inverse big crunch, Gödel, cyclical solution and the intermediate ‘steady state’, balanced longer present solution in which we exist (the preferred by Einstein, then improved by Hoyle).

Why this huge difference? Simply speaking, because the physicist, which believes in ‘space’ as the only and fundamental factor of the Universe Tends to order systems and solutions to their equations as space solutions. So the 3 solutions to EFE are for the physicist ‘parallel space Universes’ – one in which space is always in a perpetual big-bang (his interpretation of our Universe), other which is a cyclical form (Black hole solution) and one immortal in eternal steady state.

So simply speaking, physical systems display the same 3 ages of all other systems of the Universe, from big-bang entropic ages, to steady state ages, to black hole crunching.

In that regard among the laws≈symmetries of 5D Time-space applied to all sciences, the most important is the explanation of the life-death world cycle:

Time no longer traces worldlines as in 4D physics, but worldcycles, as it is cyclical and has a new dimension of informative height that ‘curves’ the vital Energy of any being into a cycle.

And further on existence in time happens as a travel through 3 5D ∆±1 planes of space-time, from the seminal i-1 faster plane of existence, to the human i-ndividual plane, as members of the slower i+1 rhythms of nations and civilizations our super organisms, to the conundrum of genetics.

Thus smaller ‘systems’ paradoxically as fractals do hold more information in its faster cycles of time. So they code the larger plane of human existence. In the graph we illustrate those 3 cases showing its co-invariant Sxt parameters.

Now, the 5th dimension is more complex and revealing than all the others, because it explains the life-death cycle of all systems, born in the seminal ∆-1 scale as faster time cycles which enclose a vital energy with faster motions, which reproduce and become waves, planes and topological networks, emerging finally into the ∆-scale of the organism, which in turn will become part of slower, larger social ecosystems.

In relational space-time though solutions to space-time equations are routinely considered time solutions, which vary along a certain ‘time-space parameter’.

Lineal vs. cyclical vs. social 5D time

In relativity, the momentum and the energy are the space and time parts of a space-time vector, the four-momentum, and the relativistic invariant relation relates them:

E2/c2 – p2= m2 c2

which says that the length of this four-vector is proportional to the rest mass m.

This of course is ‘time duration’, and so we can related the ‘total volume’ of the time duration or worldcycle of the system, to its Energy and each slice to its momentum. Mass thus become the whole of this worldview of the system, the product of its ‘spatial steps-momentums’ and its whole lineal duration. This physicists describe as the ‘block’ of the worldline of the being.

But in the concept of cyclical time which adds complexity to our analysis, we describe another type of time=change – the internal transformations of the being.

The reader in that regard should understand that the largest possible philosophical conception of time as change has at least those 3 perspectives: change as a lineal translation, and then we can obtain properties derived from classic physics; change as an internal transformation, and then the concept of cyclical time applies.

And finally change as evolution, which ultimately ends up being social d=evolution into wholes or dissolution into parts (Devolution) and then the 5D rules apply.

It is clear to me but likely not to physicists that understanding the cyclical and 5d concepts of time is of more philosophical interest than the lineal concepts associated to p and E.

It of course remains as a huge field of inquire, the proper translation of the entire jargon of physics to 5D, which I have from time to time explored with delightful moments for the mind, but have not published in earnest.

The proper interpretation of Three EFE solutions. The 3 ages=horizons of the quasar big-bang.

The ages of the Universe are 3 formal ages of increasing curvature: an energetic youth (big bang), a reproductive, steady state or big-banging; and a 3rd age of warping information or big crunch, which can be used to study the 3 horizons of any scale of physical matter.

The 3 ages of the big bang are the 3 EFE solutions to Einstein’s space-time equations, which if we order them in time represent the expansive, steady state and implosive phases of the big-bang cycle of the quasar galaxy.

So the 3 equations show a perfect time symmetry of a worldcycle of a galaxy.

C) Correspondence with EFE. Now, the proper way to explain cyclical big-bangs, in any scale (obviously due to the finding of unusual things) is to postulate a local background radiation – which can be the local cluster, the galaxy itself, the cloud that surrounds the local group (the diatomic Andromeda+Milky Way), or even a microcosmic effect of gravitational red shift by the halo of the galaxy dark matter, likely to be made of strangelets; and we shall consider all those cases with a conceptual approach).

While the proper way to adapt any of those big bangs of a possible galactic quasar is to prove the 3 ages of quasars’  correspondence with Einstein’s EFE.

In this case the parameter is the well known to physicists Cosmological constant which varies around a ±0 value, defining 3 possible ‘ages’ in time of the Universe:

|-Sp:    Young, entropic, energetic big-bang age.

ST:   Present steady state in which galaxies warp space-energy into cyclical accelerated vortices of time (not other thing is a galaxy than a vortex of gravitational acceleration) while space between them expands.

Tƒ:    Future implosive warping big crunch, which will end in a new big-bang cycle.

This simple self-repetitive structure in its sheer repetition and interaction for n-particles across ∆±n scales but always in case of order and existence of a super organism, as a self-centred point of view, will be used to describe the natural symmetries of all physical systems, though it will only have such a topology in the pure informative states as ‘seeds’ of information, or ‘minds of perception’.

Now it must be stressed that the equations we consider are the same, but the interpretation varies. An astrophysicist considers only an absolute space-time, continuous and hence with a single time solution AND a single-space solution. Hence he will tell you that the Universe is expanding in an ‘accelerated’ way, and will finally become ‘dead’ in an extension.

But this is NOT science but ideology, in the sense that it comes from the ‘Postulate of lineal time’ (latter we shall see how indeed is an ideology proper of the military, since physicists have a worldly profession – to make weapons – and so Galileo, which was truly a professional weapons maker working for the Arsenal of Venice for the princely salary of 1000 golden ducats, dedicated to calculate the longest trajectory of cannonballs as any undergrad student knows with his exercise of 1st course on physics).

And so, this lineal motion bias of the military and its weapons maker (his first book was called ‘military instruments’, his second ‘ballistics’) sips in almost every philosophical concept of physics we shall debunk. In this case physicists ignore as if they were not there, the warping quality of galaxies that crunch the energy of vacuum lineal space into cyclical closed motions called particles and masses, which are according to Einstein’s principle of equivalence and the pictures we obtain of them, accelerated vortices of forces, which balance the accelerated lineal expansion between galaxies to create a steady state Universe.

Moreover, we see that those space-time solutions DO happen in different scales of the fractal space-time Universe, because in 5D fractal, relational space-time, we order the infinite different cycles and arrows-motions of time, and its Still forms in space with a new dimension (this is obvious, if we multiply the number of space-times, we need a new dimension to order them).

So we can see that the SAME Einstein Field equations do describe perfectly the quasar big-bangs of galaxies, even to smaller particles, which also follow the E=Mc2 dual explosive and implosive arrows of time.

E) Experimental evidence.

And then it comes the big question, since all our observations are ‘local’ (in the surroundings of Earth at best): it is the big-bang equation of Einstein the big bang of our galaxy? Or the big bang of the Universe? It is the map of the local background radiation that of the last cycle of implosion and explosion of our central black hole or the entire Universe exploding?

A detailed mathematical analysis of present cosmology, we will observe surprisingly that the data fits far more properly with a local galactic big-bang quasar cycle NOT with a Universal big bang.  And so the last Hoyle’s theory of the big-bang (the sum of quasar big-bangs) is more proper. Some basic proofs are:

– Temporal analysis: French mapping of the cycle of galaxies, whose black holes explode in a 10 to 20 billion period, hence our galaxy should have exploded within that period. Moreover, in as much as there are galaxies, undergoing a second cycle with obvious traces of a previous explosion, 13 billion years for the big bang is too little.

Undoubtedly this is the ‘life time of our galaxy’, not the entire Universe.

– The same goes for the spatial analysis: black holes on the edge of the Universe are too big, for so little time to form, obviously the final remnant of an absorption of the matter of an entire galaxy.

– Shadows of the afterglow. There are no shadows in galaxies, which should be left by remnant explosion coming from the edges of the Universe.

We will bring many more proofs as we update in the future this post.

Thus the big-bang is a metaphysical theory, in which the number of false assumptions, is remarkable (for it to be the ‘mantra’ only-theory of physicists, something I ascribe as most errors of science to the ‘ego paradox – it makes them the high popes of science, the new religious authority on the meaning of it all)

Now I see here a pattern, so often disguised in human scholarship: a power trip or ego trip makes a discipline corrupted from the larger humanist point of view (all sciences must in their praxis serve mankind, the 99%); in this case physicists originated in the mostly white, Germanic culture of weapons and imitated the long swords, agglutinative long words and dogmatic brain of unbreakable false truths, based in visual, lineal, motion oriented, energetic time, of the dolichocephalic, Neanderthal decoupling of mental races of mankind (see cultural and central post). In brief, physics as it is taught today is the worldly religion of mechanical objects, biased to lineal, energetic visions, with some religious dogmas, similar to those of Shiva and Thor, the Indo-European Brahmins and druids of their earlier cult to motion and weapons.

Fair enough. And in brief terms: I have always fought physicists’ lineal, entropy theories and their weapons both in my theoretical and activist life, for those who know about it. They won those battles with the usual suspect methods (censorship, silence on cyclical time analysis and ad hominem campaigns against anti-nuclear activism). so cyclical time does not matter today, and the nuclear industry keeps working at CERN to produce black holes and strangelets on earth and blow us all.

The problem though is not as Smolin put it of ‘physics’ so much as of Physicists, like Durrenmatt well expressed on his theatre work. This said because physics is part of the Universe and a huge, large quantity of it, but NOT the most interesting in terms of information, due to its uncertainties of distance to man – which can learn more about the game of existence by studying its closer organisms, cells, individuals and historic societies; we do have to study physics.

But we are always under the boot of the worldly profession, the power of physicists, the lineal bias of entropy theories, and the uncertainty of remote scales to man (dark energy-matter in cosmology, uncertain measure in small beings bombed and hence interfered by the observer), which ALLOWS physicists to invent biased spooky theories, bending their information and disrespecting the E=Mc³ 5 postulates of truth of the scientific method (Experimental evidence, Minimalist simplicity, Coherence, Correspondence and Cyclical predictability).

In the cosmological world, we observe an order of time similar to that of life and the quantum world, both experimentally in the process of evolution of stars and galaxies and mathematically in Einstein’s metric equations of Universal space-time.

There are 2 space-time membranes, and since both are made of Entropy and form, both follow the 3 ages of time in its evolution. In gravitational physics, the 3 ages of gravitational space-time are defined by relativity. Those 3 ages are mathematically equivalent to the 3 solutions of Einstein’s space-time equations.

 All systems are a sum of quantic cycles that absorb, emit and transform spatial energy into temporal information: SP ≈Tƒ
General relativity a fast over view. The symmetry of relativity in time, the 3 ages of EFE.

The 3 ages of time in cosmology applies to EFE’s (Einstein’s field equations) 3 main solutions 3 hypothetical different Universes, they represent the structure of any space-time, including our galaxy, an island Universe through its 3 ages.

It is also possible to make a complex mathematical treatment of the 3 ages of galactic systems: the 1st age of the system will be the Entropy age, the 3rd age the information age, and the middle age is one of balance, Sp=Tƒ, when the reproduction of most particles took place. We are in that period.

– Max. Sp (Youth): The Entropy age is Lemaitre’s big bang solution that expands space. This solution in the fractal model of space-time applies only to the vacuum space between galaxies.

-Sp=Tƒ; The steady state Universe is Einstein’s solution. It applies to the entire Universe.

– Max. Tƒ: Kerr’s solution of a rotary black hole, which is the third age of an implosive Universe that reverses time coordinates as matter falls back into the central Worm Hole of any space-time.

However because time space fractal and dual, while those solutions in a wider outlook will be applied successively to each age of the Universe, they are also applied in space to the fractal parts of the whole. Thus the big-bang solution applies to the intergalactic space, which astrophysicists study and erroneously apply to the entire Universe (given their dogma of a single continuous space-time).

The informative solution applies to our galaxy. But it does not mean a travel backward in time but an informative vortex, a cyclical clock of time – the galaxy in which we exist with an arrow of information different from the expansive arrow of the intergalactic space of dark Entropy and tired light.

And so we get adding all the expansive motions of intergalactic space and the implosive vortices of galactic mass, a relative balance that is the present steady state applied to the whole; since in each phase of reality all yangs have some yin and all yings seed of yang.

Its Universal ratios/constants of Entropy and form.

In the space-time of the Universe, in the same manner that any other three ages can be related by the different ratios of Entropy and information or vital constants of a being, those three ages are defined mathematically by the constant of action that relates the Entropy and information of the Universal space-time, Lambda & G.

Indeed, the constants of any system are ratios of transformation of the Entropy and form of any system, I/E=K or proportions of Entropy and form, Exi=K. Thus constants evolve and change as the Entropy and information of a system changes with time. In biology, is known that vital constants, change as an organism gets old and becomes wrinkled and warped, increasing its information and diminishing its capacity to process Entropy, changing its metabolic constants and speed of information/thought.

Dirac, Brans-Dicke, and others understood this in cosmology. Indeed, G is a ratio of the mass=information and Entropy= distance of a system. And we already saw how a change on those ratios allowed us to unify and measure the Entropy and form of the 3 membranes of the Universe (strong, gravitational and light forces).

A kind of cosmic repulsive force was first hypothesized by Albert Einstein in 1917 and was represented by a term, the “cosmological constant,” that Einstein reluctantly introduced into his theory of general relativity in order to counteract the attractive force of gravity and account for a universe that was assumed to be static (neither expanding nor contracting). As usual first intuitions are the best and indeed THE COSMOLOGICAL constant, in a fractal Universe, where space expands entropically and cyclical time vortices implode, DO represent exactly what Einstein meant – the expansive force of space that balances the contraction of the galactic vortices of the galaxies-atoms to maintain the entire 5D plane of cosmology in a dynamic balance.  

In the equations of Einstein that define the three ages of a galactic space-time and perhaps an entire Universe, that relationship is given by the cosmological constant that measures the Entropy of the gravitational vacuum, l, which Nottale used to measure the minimal fractal quanta of gravitational Entropy. The constant changes with the 3 ages of any fractal space-time or island Universe. In a young, expanding space, l is positive, but so close to zero that it easily becomes negative, causing a warping or big crunch. And so l will also change through the 3 ages or solutions of Einstein’s equation, till reaching the informative age of the galaxy in which we exist.    

Recap. The 3 ages of the Universe correspond to the 3 solutions of Einstein’s equations: The young big-bang; the reproductive, steady state or big-banging and the cyclical, informative age, occurring in BLACK holes – Kerr’s solution. They apply in space to the expanding space, imploding, galactic vortex and both together create the present balanced steady state.

So the core of astrophysics is the understanding of the world cycles of physical systems in time and its organic structure in space.

Let us then introduce that organic structure in space, symmetric to its ages in time.

The 5D model of the cosmos in space – the organic structure of galaxies.

Now the 5D model of the fractal, organic Universe, does not deny Einstein, it merely expands its views, and adds fractal organic properties to the galaxy explaining better the function of those black holes, its atomic substance and working according to the known-known facts of astrophysics, in which black holes have come to dominate most of the creative processes of the galaxy. In that regard, you can compare the galaxy to a cell in a much larger scale, with mitochondria stars, of light yd-matter which end up being devoured and becoming the energy for the creation of black holes, the informative vortices, equivalent to the DNA, that swarm in huge numbers in the centerl nuclei and control its shape and provoke the reproduction of stars, with its in-formative gravitational waves.

Einstein had asked for a cut-off substance, or ‘atom of black holes’, which he could not guess at the time as quarks had not been found, but now we hint that black holes are as he thought ‘frozen stars’ of the heaviest quark families (bct quarks), and that should be the ‘realist modeling’ of black holes. As those quarks will appear in increasing numbers in accelerators, which are crossing the dark matter barrier is very likely they will be produced on those accelerators, in any of its possible varieties of dark matter that range from strangelets (s-quarks) to toplets (TTT-quarks), through Higgs decay (H->Top and anti top).

Now, all this in mathematical physics implies a constant growth of the mass of the black hole along the equation that relates the temperature and mass of a black hole: M=k/T, that is as the black hole cools down, it converts via the weak force, lighter matter into heavier quarks that increase its volume and hence its area.

The last great advances in classic black hole theory were done by Kerr, a new Zealander which defined rotary black holes with or without charge. Those would be the top quark frozen stars with positive charge and the same density at macro-scale than a black hole acting as a relative ‘proton’ acts in an atom in the center of the galaxy. While the halo should be made of strangelet quarks (negative charged), acting in this symmetry between the 3 families of mass and 3 regions of the galaxy, as a relative negative ‘electron’ cover, with the ud-stars and planets in the middle, as seen in the next graph:

   BIG-BANG SCALES

THE AGES OF EXISTENCE.

The duality particle-future, past-antiparticle duality IS essentially the ‘life-arrow, death-arrow ‘duality of time events and as such is a huge field of new interpretations of all kind of events and particles, which often means to re-interpret a spatial very fast ‘resonance’ particle, into a time event of particle-antiparticle, life-death transition (mesons for example are death events, in which a particle-antiparticle in time dies; annihilations of particles – antiparticles can on the other hand be interpreted as spatial dualities or temporal events).

And this brings us to a fundamental new insight on all fields of sciences, but specially those fields of the lower ∆-1 scales where clocks of time according to 5 D metric are much faster, and so often we see as we see fast turning wheels as solid space, fast time events as spatial events. Among them, the most important re:

-Particle-antiparticle death events, seen as mesons or spatial collisions.

– Ternary ages of systems, color forces and weak forces seen a spatial gauging interactions.

– And generally any phenomenon that happens in small ranges in space and slow time, which is a transformative event not a gauging spatial force. And any space-formal, fixed system with no relative motion, which tends to adopt a spherical, gauging-informative state.

There is though besides the straighten up of the errors of physics regarding its space-time symmetries a more general analysis of great beauty, which consists in the translation of the ‘Ages of the Big-bang’, which latter we will study in detail, and ascribe to the most likely scale of Galactic matter, which explains how from the most energetic Higgs-top quark-black hole fields, through the ‘breaking of symmetry’, all other forces and particles are born.

But what means the breaking of symmetry in terms of the Generator equation? It is quite simple, when we understand that ‘Energy field’ as the synonymous of the Sp, entropic simpler past motions of all systems of reality which start a process of social evolution that implies an increasing of order and a diminishing quantity of energy-information available as we grow in scales. The breaking of symmetry means merely the growth of those scales and its eusocial evolution into different new social systems that are efficient and respond to the metric of the 5th dimension, as they slow down the clocks of time and enlarge the surface of space of the Universe, in new planes of existence, which obey the metric of the 5th dimension L=Sp x Tƒ.

Yet since the big-bang is the death NOT the birth of the most perfect form of the Universe a hyper-black hole (as its equations are the inverse equations to the metric of a black hole), we do NOT increase the speed of Tƒ-clocks (as it will happen in the bi crunch), reducing the Sp size of the system, as in an arrow of information, and life Max. Tƒ x Min. Sp = L, but in an inverse fashion each of the epochs of he big-bang and the subsequent differentiation of physical species into forms of larger space and slower time clocks represents precisely the entropic death of the Universe from the form of max. energy, the hyper black hole, likely made of top quarks and Higgs fields.

So first the Higgs field (spatial element), and top-bottom quarks (particle element), decreased its speed of motion, likely to be an inflaton, superluminal c-motion and rotary T-motion (given the enormous mass of the top quark, its clocks of time must be between 10 and 100 times faster than those of our matter), which as it expanded and cool down (temperature is not a proper measure of frequency and order, only for thermodynamic systems, but physicists use it to describe high frequency=high temperature, lineal time clocks), freezing into a series of new planes of the 5th dimension, creating in each plane a new Sp<ST>Tƒ, type of field quanta, wave-form and dominant particle.

So after the top quark black hole and Higgs field of super-luminal dark energy and information, expanded at superluminal speeds in a fraction of time (Min. Tƒ x Max. Sp) during the Inflaton epoch, the quark gluon soup started the production of slower=lighter Tƒ-articles (t-> b-> c-> s-> d ->u quark decays through the strong force), and slower=more informative bosons:

-> Higgs (o spin) ->Neutrino (1/2 spin) -> Photon (1 spin); in a series of growing entropy ages which ended in the recombination era, in which the entropy growing ‘death’ finally finished, when the system had created enough up and down and electron quarks in a dual sea of neutrinos and photons, which started now the opposite arrow of evolution of matter, giving birth to atoms, stars and in its furnaces new elements of higher mass, while the galaxy acquired its structure, with a central black hole of remnant top quarks, a halo of strange quarks survivors of the quark gluon soup, in stable forms (dibaryons, strangelets), and an intermediate region of ud matter, first in plasma state and then as the galaxy reached its present form in stars and planets.

Thus the evolution of the galaxy and perhaps the Universe, depending on which scale we observe the big-bang (a quasar big-bang or a cosmic big-bang, which we shall soon discuss), is just part of the eternal cycles of creation and destruction of mass and energy, the worldcycle of physical systems, between the arrow of life and death, perfectly resumed in those ‘Universal constants of action’ for each scale, which in the cosmic scale amounts to E<c=>M back and forth worldcycles of big-bangs and big crunches of energy into mass, and to similar detailed events in every other scales, in the quantum scale to E<v> H and in the thermodynamic scale to E < ST > PV, in the particle scale, Beta Decay –<-> Electron capture, in the star scale Nova<-> Star formation, in the galactic scale, quasar big bang < -> Galactic evolution.

It is worth to notice though that the process of formation of the Tƒ element are slow life processes of aggregation, so for example galactic evolution goes through the first nebulae age, the spiral galaxy and the globular galaxy till all matter is swallowed by the black hole, which then dies in a quasar big-bang of a few moment, and Mass aggregation goes lumping molecular matter in slow gas->liquid->solid crystal growth cycles of life to become destroyed in a brief moment by fire or nuclear explosion. So it also follows that all physical systems obey the inversion of the zero sum between life and death such as life arrow:

Max. Tƒ x Min. S (lasting long in time in reduced space) Vs. Death arrow= Max. S x Min. Tƒ (lasting short in time in a long spread of space).

Of which the clearest example is the big-bang big life cycle of the Universe, as the big-bang, if certain, lasted a quanta of Planck time in which the inflaton Universe expanded enormously in space (min. Tƒ = Max. Sp= death), while the process of evolution and formation of matter, stars and galaxies has lasted 14 billion years.

Big bang as entropic deaths in the isomorphic fractal spaces.

Screen Shot 2016-04-08 at 20.41.36

When physical systems, masses or charges on the atomic or cosmological level, die, their Sp x Tƒ elements split, as in all processes of death (separation of ‘head and body’ in life organisms): their temporal, gravitational or electromagnetic central knot of information jets out in the dimension of height and their intermediate space expands into a membrane of spatial radiation. In the big bang a hyper-black hole exploded and its Entropy gave birth to our Universe.

Stars produce big-bangs that show clearly the breaking apart of its informative/energetic regions: a flat toroid expands most of the mass of its toroid, reproductive inner region and a perpendicular, magnetic jet (right side) expels its central superfluid, informative zone. While in atomic, smaller worlds, charges transform its information into a bidimensional plane of light-space, c2, in a process defined by Einstein’s equation: E=Mc2.

The gravitational faster than light big bang resolves the mystery of the inflationary age, now canonical in cosmology. Moreover it follows the general isomorphisms of ‘death processes’ of multiple spaces and times theory. Since death is the most expansive, spatial process of erasing of information, Max. Sp=Min.Tƒ, it happens in a relative zero time – the minimal time of the system, when information dies and expands into a relative bidimensional sheet of space.

So we die in a second, our time clock that is the minimal unit of time of the human being (thought, blink of the eye, heart beat) and suddenly we become a ‘relative flat’ surface of Entropy (corpse, extended into a flat space). So it does the gravitational Universe, whose death happens in the tick of Planck’s time, the minimal action/vibrational time of its string units.

Indeed, death is anti-symmetric to life, an arrow that has no intermediate states and lasts minimal time: a transformation of information into Entropy happens in the relative zero time of each scale: from novae to atomic bombs, to universes, to human death.

Further on, since a vortex of physical, gravitational time is paradoxically faster, more massive, informative, the smaller it is, the faster gravitational big bang started in the smallish vortex of mass-time, the Planck mass/density/time-tick, he aptly called the ‘numbers of God’; since it was the hyper-black hole ‘brain’ of the previous organic Universe, whose reproductive radiation gave birth to our huge Universe. Only the inverted properties of time and space, information and Entropy, explain it.

T.Œ, theoretically has no limit on the fastest possible time clocks of information and smallest space-times of the universe. So there might be big-bangs in all sizes and scales, yet all of them will be likely the equivalent of , the dual death of a black hole or neutron mass, splitting into a positive and negative ‘solution’ to the square function of energy of a system.

In the graph the real big-bang is dual. It is the explosion of a black hole, which is a top quark star that breaks the symmetry of its Sp and Tƒ functions, emitting its Tƒ-mass through its axis and its entropic field of radiation through its planar equator.

In this first age, the Universe or Galaxy’s black hole died in an explosion of gravitational waves (the equivalent to neutrino waves in the beta decay and nova explosion, latter considered in more detail), whose enormous energy moved forward the top quarks of the galaxy, decaying fast into strange quarks, which are the only stable heavy quarks at vacuum pressure, forming the atoms of dark matter called dibaryons (Usd-usd hexaquarks).

We are dealing here with the strongest most stable combination of quarks, as the hexagon is a perfect bidimensional pi-closed form of space, where a 3=6 radius diameter, can close completely a ‘geodesic’ elliptical halo, protecting as proteins protect the cell, the galaxy from external influences.

This is the cover of dark mater of the galaxy in perfect symmetry between its 3 families of mass and its 3 organic parts, latter studied in more detail.

For the cosmic atom it would be a much faster process, hypothesized to arise from cosmic inflation, a faster-than-light expansion just after the big Bang – only that we do NOT have the particles that could do that, because the top quark has enough job to expand a black hole with its neutrino, high energy wave and its front of fast decaying top-bottom-charm-Stable strangelet dibaryons, to the size of the galaxy.

The numbers do NOT work for further, faster, expansion. And 5D physics DO NOT speculate. It is a simple, efficient, minimalist theory of reality constructed only with available particles.

Now, we have recently discovered a ttt particle of 700 plus GB, which physicists are clueless about, ignoring what it is, but it has all the aspect of being a triplet top quark, which I prophesized 20 years ago would be the central ‘boson’ substance of the black hole, ‘gas-9’.

In this phase, the quark gluon liquid didn’t cool as physicists think (they still call it plasma 🙂 but exactly the opposite since the little-bang is the DEATH of a black hole of perfect order into entropy, so all is exactly the other way around as the experiments at CERN are constantly proving.

And so it is now when the first ± c-speed symmetry creation NOT symmetry breaking takes place, separating the interior of the galaxy-atom at < c speed, from the interior of the remaining ‘proton’-black hole, smaller than the original neutron-hyper black hole, with the strange quark halo, rotating at relative c-speed in each small strangelet vortex, acting as the protein that isolates the galaxy, and causes the ‘solidity’ of the whole galaxy which – physicists still observe with awe – does NOT work as an unconnected spiral, but thanks to that 96% of dark matter, ahs the exact rigidity of any organic solid system, from a cell to your liquid organism surrounded b a hard solid membrane-skin:

in the graph, all systems follow the same developmental ages. The explosion of the big-bang which will feed a new galaxy according to the cycle of ‘barred galaxies’ as ours, implies an inflationary age of expansion of the ‘membrane’, which through gravitational waves with a halo of strange quarks and a background of ‘neutrinos’ would fast expand the dark matter heavy membrane to the limits of the galaxy, while the slower front of electromagnetic radiation, which does not penetrate so fast, would go behind, leaving as it progresses and cools down a process of confinement of lighter quarks into hadrons and nucleons.

Ahead, the Higgs, faster than light boson (or rather ‘above’) as the explosion would split perpendicular ‘faster than like, asymmetric jets’, and planar waves of matter in different fashion, given the different polarization of neutrino waves and electromagnetic ones, would push away the remnant energy.

However cosmologists invent a…

Quark-antiquark Period?

So next, without understanding the past-future duality of quarks-antiquarks, cosmologists thought the universe, which consisted mostly of energy in the form of neutrinos and photons given the enormous energy density of the big bang of the black hole, the cosmos-galaxy would exist as a collection of quarks and antiquarks along with their exchange particles, a state which has been described as a “superhot plasma of anti-quarks and quarks, annihilating”. This time period is estimated at 10‾³² seconds to 10‾5 seconds, which would provoke through that annihilation another big bang (cosmology is full of big explosions).

Now 20 years ago, when I first copyrighted 5D physics I affirmed it would be a quark-gluon cold superfluid soup, a perfect time vortex of under zero temperature, since:

– Temperature is a measure of entropic disorder applied only to this side of the universe and to thermodynamic, molecular world.

– Inside the black hole there is a top quark star in solid or superfluid states of boson perfect form.

– The anti-quark is the death moment of the quark that last only a second and so it is not the state of the anti-atom entropic big-bang which would produce a massive wave of quarks, decaying from top into dibaryon strangelets that would form the halo.

And here is where 5d physics proved itself in 2008 when they made a perfect liquid at RHIC.

But then I sued the entre global community of physicists, because next they could provoke a strangelet ice-9 reaction and blow up the Earth. So I never was accepted in any forum of physicists again.

What happens then? A basic cycle of creation of all organic, complementary systems:

Singularity-> Big bang (death) ->Entropy Sheet->

Informative Reproduction (Big-banging of particles) ->

Social evolution (Creation of stars and galactic networks)

They are the phases of creation of the Universe. In complex models of morphogenesis, informative evolutionary phases in time alternate with reproductive radiations in space, creating a fractal rhythm of biological radiations and punctuated evolution proper of physical, biological and cultural systems:

Max. TƑ (Evolution)->Max. ST (Reproduction)->Max.Tƒ(evolution).

That rhythm applied to any system and fractal scale means that we observe the alternation of those 2 phases in any organic process of physical/biological creation, a big bang & a big banging:

-Big bangs: The singularity/seminal egg explode their energetic membrane in a micro-time period (big bang, creation of a cellular egg, etc.). Then it continues its expansion at a slower rate as it grows in complexity inwards, invaginating and creating its energetic and informative networks (invagination of dark Entropy in the Universe and electromagnetic membranes controlled by them, of the nervous system and the blood system it controls in the fetus).

-Big bangings: In the big banging phases, news informative particles/cells are evolved around those 2 forces/networks and then they start a massive age of reproduction or ‘biological radiation’.

The alternation of those two processes slowly builds a living being and a Universe masterminded by two networks around which new particles/cells and social groups of those particles/cells of increasing complexity are born.

Thus, in the inflationary Universe, explained in organic terms, a minimal, cyclical black hole vortex of the size of a string with the density of Planck and its constants of God created a first gravitational big bang, reproducing=multiplying into 1011 fractal regions of dark Entropy and quark matter in 10-43 sec.

Each gravitational bubble gave birth to a 2nd big bang of fractal beta-decays, in which nucleons expanded, dying into protons and electrons (cyclical, informative big-bang), while light-membranes of electromagnetic radiation warped the gravitational dark Entropy giving birth to an age of light.

This dual process expanded the regions of cyclical time/mass (as neutrons exploded into beta-decays) and imploded the regions of dark Entropy (as light warped the minimal information of gravitational strings), creating protons, electrons and light in 1010-11 parallel future galactic regions.

Then the process reversed as the fractal regions of mass imploded into galaxies and the dark Entropy between them tired light and expanded, but both processes remain in balance, so the present universe is in a steady, mature state without expanding or imploding when we add the implosive galactic vortices and the explosive regions between them.

The Webb telescope, by solving the relative size of the big bang and the type of hierarchical scales the organic universe displays, will determine the experimental details of those processes. If the Webb telescope observes in its 13 billion years limit a landscape of galaxies similar to the ones of our cosmic region, it means the fractal universe extends to a relative infinity; as each galaxy is self-similar to an atom of the Universal scale, whose size is astonishingly huge. Some theories hint to that concept:

– Relativists model the Universe with Einstein-Walker equations in which each galaxy is treated as a hydrogen atom. This theoretical trick that facilitates the calculus of relativity shows the self-similarity between a hydrogen atom and a Galaxy of the upper scale. Each point of the electron nebulae is a star of the upper scale. If so, each proton is a positive, central Kerr black hole. And alternatively each +Kerr black hole is a hadron made of positive top quarks. And the gravitational waves of dark Entropy expelled by black holes are equivalent to the magnetic fields of protons.

An alternative model considers that each star is self-similar to a photon, While the electron nebulae that surrounds the atom is equivalent to a nebulae of strange, quark stars, the halo of the galaxy; since strangelets are negative (strangeness is negative).

So protons are self-similar black holes (top quark stars). The halo is made of strangelet stars as the Earth will be soon (and we are indeed close to the Halo). And stars are neutral, light photons.

Cosmologists use models of electronic nebulae to describe the behavior of stars around the central black hole; and some have tried models with high-density photons.

Yet self-similarity is not identity. So what we call quantum cosmology requires a fractal formulation to make sense; NOT the use of quantum equations as if they were identical, but the logic of fractals to observe the self-similarities of those scales.

What else can we know, we human beings, dust of space-time about the infinite Universe? Not much more, because if there is a higher fractal scale and galaxies are self-similar to atoms, the extension of that scale will be so vast that we shall never find its limits. Indeed, in our Universe there are trillions of atoms and so if there are trillions of self-similar galaxies, the maximal perception we can have is that of a local structure within that Universe.

This philosophical view will be far more appealing than a mere big bang of a cellular Universe for metaphysical reasons:

– A Universe in which the two self-similar scales of quantum and cosmological vortex of space-time (charges and masses) are truly self-similar is truly infinite in space and infinite in scales of temporal information and complexity. Then we, humans are really nothing but a mush over a corner of the Universe. But in second thoughts, such structure means that we humans are also all, as each of us has infinite Universes within his self.

– While size is absolutely relative and so our position on those scales doesn’t matter, we are an incredibly complex fractal structure of Entropy and information, which in the fractal models of biology needs 10 membranes of space-time to be described. Hence, even if our size is minimal our informative complexity is astonishing; and we are from the perspective of the arrow of information, one of the supreme beings of creation.

This is not the case in a single big-bang theory where only Entropy and size matters; so we are nothing but dust of space-time.

Recap: The big bang in any scale of reality is the death of a previous physical informative knot of matter, which expands in space and then starts a creative and reproductive process or big banging.

The unknowns in the cosmological scale.

Now the reader will observe that we put an interrogation in all the symmetries of the cosmological scale, since contrary to belief the big-bang theory is NOT proved, likely to be only a false hypothesis, based in lineal physics, the religious power ego-trip of physicists who think they ‘know better’ and the study of their planes of the 5D are more important than those of zoologists, doctors or historians.

The contrary is truth, as the Universe is isomorphic, the scales of 5D a relative infinite and so it does not matter which scale we study, what matters is the sale we get more information from, which is the human scale – so it will give us a more complete vision of the Existential game, and the scale that a praxis makes more useful to mankind which is again the human scale.

In brief medicine not astrophysics should be the central science in a properly evolved scientific culture, base din the thorough unit of the Universe and the philosophy of science that studies it.

If there is a higher cosmological observable, the big bang in any case would be not the birth but the death of the previous Universe.

Its present description would need to be corrected to fit it nicely on a higher scale of the Universe, which will then have a non-local simultaneous ‘cellular structure’ in space, to allow for simultaneous communication of its parts with a 10c hyper gravitational force, and transversal gravitational waves, within the model of the galaxy atom.

And it will have a temporal evolution described by the epochs of the big-bang, which only will represent its entropic youth, coupled with the other 2 solutions of EFE (steady state and final big-crunch), but within a much larger time-span and size.

∆±3: THE GALACTIC UNIVERSE AND ITS LIGHT SPACE-TIME MEMBRANE

So what do ‘astrophysics truly be studying’? Obviously the next duality of scales of matter in which the degree of knowledge is high by experimental evidence; the Galaxy and the atom. And the correspondence between both which in 5d metric show the same equations, as a gravitational vortex, a galaxy and an electromagnetic vortex an atom have the same 5D structure albeit with a 10 up to 40 difference of curvature-attractive power, size and speed of its time clocks.

As we will study the atom on the scales of matter, beyond the deduction of the Unification equation of charges and masses we shall study the ∆+3 galactic scale and its upper and lower elements, its ‘Universal ecosystem’ and solar cells:

  • ∆+2: Solar Systems
  • ∆+3: Galaxies
  • ∆+4: Universes.

Thus astrophysics studies for each of those ascending planes, its 5D Scalar Asymmetry, its Spatial symmetry an its Time Ages, written in the first lines of this post; where the Galaxy is the Œ-system we study, the cosmos, the unknown larger scale we hardly perceive due to the uncertainty of being inside the galaxy with minimal perception of dark energy and dark matter, whose nature we shall tackle first, and finally its ∆+2 units, stars, which, are the Human world we know better.

5D PHYSICS thus studies those scales with the linguistic isomorphic method, starting with the study of the 5D co-existing organic structure of the specific Œ, the galaxy, thus comparing it in its functions and forms to a cellular system – the most researched organic whole in human sciences.

Then once this co-existing structures are lay down with DNA black holes on the center, mitochondrial stars reproducing the substances of galaxies and halos of dark matter likely to be strangelet matter by symmetry with the 3 families of mass on the protein membrane, we can study each of the ages of evolution of the galaxy, which will be parallel to those of the cosmic big-bang now reduced to a quasar process of reversal birth and extinction of central black holes.

And then we shall study through all those ages the evolution of its smaller parts to focus finally in the ∆-1 scale of stars of which the planet we live in is a relative membrane. Finally all this can be and will be mathematized in the 3rd and 4th lines when we expand the model to its quantitative isomorphisms (universal constants, class relationships, actions of space-time, variations and subspecies, etc.)

The scales of big-bangs

So let us now introduce 5D physics, with its alternative analysis of the big bang and the structure of the galaxy according to the Generator equation of the galaxy, mimetic to all other generators and its symmetries in space, time ages and scales.

The scales of big-bangs. The quasar big-bang.

image021
In the graph, the scalar ‘big-bang’ at 4 levels: an electron, which in a Beta Decay explodes into an electron, radiation and a proton, and the similar inverse, nova that leaves behind a neutron star.

So when they had almost convinced NASA to send a probe to measure it, they found it was local, as most other if not ALL the features of that radiation.

Multiple space-times imply the existence of multiple big-bangs with different explosive size and speeds, all of them deaths of an informative mass or charge that uncoils its accelerated vortex into radiation following Einstein’s equation, E=M(c)2, where a bidimensional or tridimensional vortex (M or e) becomes extended into a plane of radiation (hence the square of lineal c-speed).

Yet for each different scale the parameters of speed (c), mass (M) and Entropy will change. And so we obtain a series of self-similar big-bangs described in the graph.

The single cosmic big-bang based in a single space-time continuum, was devised even before we knew the existence of a faster than light, gravitational membrane of dark Entropy and dark, quark matter. So we first must define it within that scale of big-bangs as the big-bang of a membrane of electromagnetic radiation; hence a quasar big-bang, not a cosmic big-bang, which will correspond to the much faster explosion of a gravitational membrane, starting at the Planck scale of the gravitational minimal units, the lambda-strings.

This is in a way the conclusion of astrophysicists, which now study the big bang as a dual process, with an inflationary age (the gravitational membrane) and a slower age (the big-bang of electromagnetic space, created over the gravitational membrane).

So instead of a fantastic big-bang particle that in the absolute past of time created all the absolute space of the Universe, we consider to exist in a fractal universe of infinite scales, where big-bangs are also scalar processes of creation and extinction of vortices of mass in several scales:

– There are big-bangs of atoms (beta decays) in quantum scales.

– There are star big-bangs (Novae or super-novae that create strange stars (pulsars) and black holes, (top quark stars)).

– There are galactic big-bangs, quasars, whose periodicity and background radiation coincides with the cosmic big-bang in its simplest formulation.

– And there are cosmic big-bangs (inflationary period of the big-bang), in which the gravitational membrane at non-local faster than light speed expanded before giving birth to electromagnetic membranes, forms warped around this primordial membrane.

Recap. The invariance of topological form at scale means that big-bang processes of death are common to all the scales of the Universe. What physicists call the big-bang seems to be a galactic big-bang.

Because a careful analysis of the information about the big bang seems to reduce the scale of what they are studying to the ‘galactic cycle of big-bangs and big crunches’ known as the quasar cycle. And though this I know is disliked (Only Fred Hoyle hold it), T.Œ has no problems with human dissent. Its test of truth is purely objective, scientific methodology. on those grounds the big bang fails at cosmic level.

Why? For many reasons. The most obvious is that the picture that portraits the galaxy in the center is exactly the same that the right picture of the background radiation, which on top ‘OBVIOUSLY’ is radiation measured within the galaxy. And that the period for the big bang on the right is exactly the same period for the quasar cycle of a galaxy (observed through the measure of quasar cycles all over the Universe). So all seems to indicate we are observing a quasar cycle NOT a cosmic cycle.

Let us see it comparing those periods with the periods of a neutron star and a neutron (the two big-bangs on the left).

A small neutron has a 15-minute decay cycle, a Neutron star forms and explodes within at least a few million years, normally a few billion.

this is what 5D metric tell us: Max. Sp = Min. Tƒ, so the Neutron has a much slower life cycle because it is bigger.

Hence the Universe must have a much slower cycle than a galaxy, which is bigger.

Now a quasar cycle of a galaxy is 15 billion, which is exactly the big-bang age of the cosmic model

But the Universe should have a 15 ‘zillion’ cycle NOT also 15 billion, as a galaxy, as it is much larger.

The whole ALWAYS lasts much more than its ‘finitesimals’. Thus we conclude the right picture belongs to our galaxy, NOT to the Universe: it has the same form, the same time length, and it is obtained in the same space place (our galaxy) at the same 5D scale.

So it is the picture of the background radiate on left by local quasar cycle, perhaps of the central black hole of this galaxy or perhaps of a super galaxy in the local group. Now this is in essence the ‘forest’ picture of it, with 5D metric and known known space-time parameters. We will now go into a few important details and proofs all of which reinforce that perfect picture.

There is another recent test also which cast doubts on the cosmic big bangs. Astronomers wanted in the ‘time picture observe shadows’ provoked by huge galaxies that interfere with the background radiation coming from the wall of fire. The artistic rendering helps to understand why there should be ‘shadows’, as this is the ‘spatial perspective’ of the time big-bang – which is allowed by the symmetry between all space and time states on 5 D (merely accepted without any deep understanding in present physics): when we put in time the earth at the center, huge galaxies should screen the radiation of the wall of fire or external membrane, but they don’t. So it seems the radiation is local.

And so on and so on. So it is on known-known astrophysical data not on 5D physics where the cosmic big-bang finds its problems, and it says a lot on the human desire to know it all and accept myths and religious beliefs that astrophysicists shun off so often contradictions of the cosmic big-bang.

Now it must be clear that for 5D physics both make sense, as the Universe IS just a scale above the galaxy. So all those big-bang prove 5 D physics, and its ternary symmetries and ∆±1 scales, the ages in time (Es>ST>Tƒ) and organic, spatial simultaneous Sp<ST<It parts hat define the system of a galaxy, easy with the same generator equation it defines all other system of the Universe.

And all in all, we hold a final ‘decision’ on future further analysis by the Webb telescope which finally! Will be launched, to get more information of far remote in time and space events. But again the trick of this duality is as follows:

If light dies as 5D physics considers (all space-time entities do have a finite duration in time), at around 1011 light years it is impossible to distinguish the effects of a dying light – the spatial asymmetric view (red shift to infinity and final black out beyond 1011 distance, hyper abundance of very young quasars at that distance because of its higher brilliance and the mission of ‘young light of maximal energy-life span) from a cosmic big-bang effect, the temporal antisymmetric view: red shift to the original explosion, birth at + 1011 years and black out before birth)!!!

This if a fascinating fat of many space-time dualities in 5D Physics: the explanation in time and its symmetry in still space are extremely difficult to differentiate when we do NOT have enough information about them. So in atomic 5D physics we shall see how a phenomena which ‘smells’ all the way as a time antisymmetry – the color forces of quarks – CANNOT really be qualified either as time or space; so the conclusion in those cases is that the explanation is a complementary ‘wave’ ST-analysis.

On the other hand there are phenomena that the ‘spatial-mental’ bias of all forms of knowledge clearly mistakes as a spatial force, when it is a time trans-form-ation (the weak force, which transforms quarks into other ones). In the case of the big bang it is in the details where reason tilts towards a local big bang. Because ultimately what we are trying to figure out is a ‘symmetry’ on 5D scale.

What scale is the scale of the big bang? The ∆-3 galactic scale or the ∆-4, cosmic scale?

But and this is the question poised here – a quasar cycle of a galactic or super-galactic black hole exploded back 14 billion years ago, in the local Virgo Cluster would produce exactly the same undistinguishable phenomena, whereas the inflation state would be the explosion of gravitational waves, carrying a massive neutrino background ahead of the wave, laying down the first ‘structural’ space, while a massive quark-gluon soup of strangelet matter during the quark epoch would reach the limits of the galaxy to create the halo, and then after the Planck epoch, the decay of the intermediate matter from top to bottom to charm to strange to up and down quark would establish our galactic ‘body’.

In brief, the epochs of the big-bang are mimetic to those of a quasar big-bang, and really the only way to decide which one happened is in the details – the facts that we are making local observations that the BG Radiation looks like the galaxy that the time of the cosmic big-bang is the same of a galactic quasar cycle, that the density of the big-bang is the same that the density of matter of a galaxy (Not of the whole cosmos), that the radiation of the big-bang does NOT leave shadows crossing outer galaxies etc.

There are so many details of parameters that fit better the galaxy, and we shall explain with some detail that as much as we would like to back with 5D physics the cosmic big bang to get maybe finally some recognition in our old age, before exit mundi of all this awesome work, a bit of a selfie here (-; ts, ts, we are not selling us cheap at this time, sorry guys. The cosmic big bang is a fake.

So let us now consider all the big-bangs together, infinite deaths small and biggies of the physical systems of the universe.

II. Cosmic vs. Quasar big-bangs.

So the question we want to find out is which of the two larger scales of big-bangs, that of a quasar big-bang or a cosmic big-bang fits better real data. Since as we can see in the images above, on the right, they are also quite similar in form. In fact they are almost identical.

Now again, the problem IS obvious. On one side both big-bangs fit 5D theory.

As the ‘magic number’ of 1011 elements that conform the next scale happens in both:

– A galaxy would be the equivalent of a neutron beta decay in the atomic scale, of a nova and the remaining Neutron star in the solar scale, hence a ‘hydrogen atom’ or nucleon of the cosmic scale.

– The Universe would be the equivalent of a Neutron or hydrogen atom in the cosmic scale. Most galaxies have 1011 stars. The total mass of all the stars in the Milky Way is estimated to be between 4.6×1010  and 6.43×1010sun masses.

– And the Universe is considered to have around 1.6 1011galaxies.

So the easiest way to settle the question is to state that the galaxy is just a scale below the big-bang (a huge galactic molecule so to speak), as the neutron star is just a scale above the neutron ( a huge neutron molecule so to speak).

And that it exploded in a big bang of the next scale of the universe.

The spatial symmetry of the cosmic big-bang:  

Screen Shot 2016-03-05 at 13.38.40
In the graph we can see nicely how beautiful looks in terms of the 5D (anti)symmetric Generator the big bang in time space and scale:

In the graph, the space-time antisymmetry of the cosmic big-bang: the radiation of the original big bang is seen far away in time and space as a wall of fire.

In the graph the representation of the Generator 5D ST of cosmology:

∆-1:Sp(Wall of fire-membrane) ≤≥ ∆-ST(1011 ‘galacells’)≤≥ ∆+1: Tƒ (Human Subjective Observer; ‘Great attractor’ – objective ‘Black hole ≈ Proton’ center).

The graph is an Artist’s logarithmic scale conception of the observable universe, in space, with the topology of all 5D ternary constructs; but alas! an anthropomorphic Universe with:

Tƒ: Objective center, the point where the big-bang started, which should be the ‘proton=black hole locus’ of the original ‘cosmic neutron’ of the ∆+4 scale exploded in the big-bang, or alternately since according to Lorentz Invariance (Relativity) all frames of reference are relative, as indeed any ‘mind’ perceives information in a spatial-still state:

Tƒ- the Solar System at the center, inner and outer planets, Kuiper belt, Oort cloud, Alpha Centauri, Perseus Arm, Milky Way galaxy, Andromeda galaxy, nearby galaxies…

ST: Cosmic Web, as the ‘cytoplasm of the cell-Universe’.

SP: Entropic Cosmic microwave radiation and Big Bang’s invisible plasma on the edge’s membrane.

So you can see, the big bang would further prove 5D physics and the topological ternary structure of all Universal systems.

So we do NOT doubt the cosmic big bang on 5D grounds, but on real data.

Let us then consider a few of such aspects of the big bang, using as usual the Œ=mc2 scientific method, with scanty mathematical formulae, which go on the 4th line in its full power, as one of the great advantages of TŒ is its capacity to explain any phenomena for 4 points of view – the mental, organic, causal, temporal and spatial, mathematical, in a complementary way.

What is wrong with the previous picture/ wouldn’t it be a perfect proof of 5D physics, as nobody has explained what on Earth exploded 13.4 billion years ago?

Yes it would be perfect if data were fully consistent and not subtly bent to cater to the ‘cosmic arrogance of the human ego’ that wants to pack it all on its infinitesimal mind, Ego paradox always present in all actions of all systems of the Universe that perceive in stillness from its mind point of view a selected part of the whole but confuse it with it:

O-mind x ∞ Universe = still mapping (frame of reference)

Now in the graph we see ‘if the big-bang were real’, the spatial symmetry of the Universe, for which there should be action at distance (to create the needed simultaneity, which in all Real Systems connects in a relative quanta of time all the elements of the system, to allow the isotropy and synchronicity required for a ‘whole’ to work as such:

Sp: Wall of fire≤ ST: Dark Energy ≥ Tƒ: Great attractor.

In such hypothetical Universe:

Sp: the wall of fire of the earlier big-bang would be the outer membrane that isolates the ‘cellular Universe’ at z=10.000 c

ST: The faster than light dark energy, v=S/It =Space/Informative Time=S/0-visible information=∞ relative speed for a human observer, with the same z than the wall of fire; filled with Galaxies.

Tƒ: And a hyper black hole ‘great’ attractor (not the anthropocentric graph below), would be the ‘proton->black hole’ of the ∆+4 cosmic scale.

So far so good. But data fits better on little bangs.

Let us then consider just 10 of many factual proofs that the big-bang is a local quasar big-bang and the proper cosmological theory is that of earlier Einstein->Fred Hoyle->5 D Physics, of an infinite, immortal Universe:

  • The Lorentz invariance

Screen Shot 2016-03-11 at 02.33.01

A simple proof that falsifies the cosmic big-bang of the many we shall show here, is the existence of an absolute frame of reference, if the background radiation is global NOT local, as SciAm soon discovered and published in the graph below. In this case the denial of General Relativity and its postulate of no existence of absolute frames of reference in the Universe.

This is called the “Lorentz symmetry”, named for the Dutch physicist Hendrik Lorentz and it is a symmetry of spacetime. It is in fact a cornerstone of Einstein’s special relativity theory. According to special relativity, there is no absolute space or absolute time (as in 5D Physics, which sometimes I call ‘Absolute relativity’. So if two objects are moving relative to each other in empty space, it would actually be impossible for an observer to tell their absolute velocities—maybe only one of the objects was moving and the other was stationary, for example, but you wouldn’t know which was which because their movements are relative to each other, not to any external reference frame.

Alas, but now we do have one: the cosmic radiation, and we are moving within it. So we just have to measure our movement in relationship to the radiation and Relativity is Gone!:

In the graph, the cosmic background radiation acts as a new fixed frame of reference or ether, falsifying Relativity theory, which does not have as its name explains any fixed space-time background frame of reference

Yet since the cosmic big bang is a solution of relativity theory that the cosmic radiation falsifies the very same theory it tries to prove.

Hence by ‘reductio ad absurdum’, the background radiation must be local not to contradict Relativity.

In the graph a cosmic radiation falsifies the cosmic big bang, which it tries to proof.

It is the most obvious logic error in the big-bang cosmology is his falsification of Einstein’s work in which the big-bang theory is based, as scientific American rightly pointed out when the theory was first put forward (to be forgotten as the propaganda machines of military physics, as the meaning of it all pumped up the theory):

Screen Shot 2016-04-05 at 13.37.30
From the CMB data it is seen that the Local Group (the galaxy group that includes the Milky Way galaxy) appears to be moving at 627±22 km/s relative to the reference frame of the CMB (also called the CMB rest frame, or the frame of reference in which there is no motion through the CMB) in the direction of galactic longitude, l = 276°±3°, b = 30°±3°.

This motion results in an anisotropy of the data (CMB appearing slightly warmer in the direction of movement than in the opposite direction).

From a theoretical point of view, the existence of a CMB rest frame breaks Lorentz invariance even in empty space far away from any galaxy. So if the big bang is accepted, the theory of which is a solution, Einstein’s relativity based in the non-existence of ETHER, an absolute frame of reference in the Universe (hence ‘relativity name’) is FALSIFIED. Ergo by reductio ad absurdum, the Big bang, which is a solution to the theory it falsifies, is false.

This is one of the many scientific proof of falsity of big bang theory we shall bring in this post, which Cosmologists know and cynically call the ‘axis of evil’ (because it won’t go away and kills their theory right on its inception).

You see what I mean by ‘dogma of religious nature’. How ‘big science’ avoids the axis of evil?

Suppressing data or bringing magic theory to it:  Chief scientist from WMAP, Charles L. Bennett suggested coincidence and human psychology were involved, “I do think there is a bit of a psychological effect; people want to find unusual things.”

Alas, we are back to Babylon, we must be the center of the Universe, just moving 600 kilometers to the east.

Now after being the devil’s advocate, in the proper way, pointing out the fact, let us consider the fact to be right, because we do respect the scientific method. So we shall consider the Lorentz symmetry to be a local symmetry that only takes place within the galaxy; not in the absolute scale of the Universe.

Now this is the ‘real Universe’ of the next scale of the 5th dimension. It looks on the 4% we see clearly as an atomic network of tissue, which joints the atom-galaxies (think for example of a brain of neurons, of a microscopic colony of unicellular algae, and so on). There is zero isotropy as big-bang cosmologists pretend. All their models being approximations which might look nice on computers but have zero scientific theory-praxis solidity. All what we know is that we are moving towards Virgo; that there is a huge nodal network at Hydra-Centaurus – excellent name; which forms with Pisces-Perseus, a clearly connected network in one of whose filaments we find ourselves.

And that at 46 declination a Great Attractor of dark quark matter, likely a super-black hole of top quark stars is waiting for us in a future rendezvous, as we cruise over a remnant cloud of photonic local radiation that does not seem to be (by lack of attraction power) so interested in becoming dark quark gluon liquid-solid super-state of matter.

That is really all we know. The place we live is Laniakea that means “immeasurable heaven’, even if some arrogant believers think they have measured it.

In that regard, while 5D physics is the ONLY rational theory that can explain a cosmic big-bang (as Time accelerates while space shrinks); 13 billion years does not seem time enough for the immensurable heavens.

This as we shall see this solves momentarily the problem; and allow us to consider ‘theories which do not correspond to Relativity’ beyond the galaxy, a fact which is also essential to 5D Physics, as relativity is considered rightly the theory of light space-time where c-speed/distance is the constant of space of the galaxy, the absolute frame of reference, both rod of measure of static space and motion.

And we will return to that, after we deal with the cosmic big-bang, since it is the first ‘step’ to elucidate to expand physics to the scales of the 5th dimension and harmonize it with all other sciences from where it has so much departed.

  • The quasar cycle

The unification of all the physical scales of the universe with the 5th dimension renders an immediate result: the equation of unification of charges and forces, which makes similar (but not equal), the galaxy and the atom.

Moreover, since the big-bang image is mimetic of the previous one it reduces the scale of the big-bang to a quasar scale, making the EFE of Einstein local equations for the Light-space time (reason why it is constant).

In that regard, the big bang scales, that is, the fact that we observer big-bang like death processes of expansion of space 2 planes downwards, as in all other forms of death is one of the strongest proofs of the isomorphic nature of all scales.

 

The SCiAM graph  shows the 20 billion years cycle of quasars, which destroy the central bar of the black hole, produce massive quantities of helium above the galaxy center (considered the 2nd fundamental proof of the big-bang after the V=HoD equation, already explained) and provokes waves of radiation.

The quasar cycle is longer than the big-bang cycle! Thus by reductio ad absurdum, since we have found galaxies in a ‘second’ quasar cycle, hence over 20 billion years as ‘reborn’ galaxies, forming its central bar, there is no way the time age of the whole is shorter than the time of its parts.

Multiple space-times imply the existence of multiple big-bangs with different explosive size and speeds, all of them deaths of an informative mass or charge that uncoils its accelerated vortex into radiation following Einstein’s equation, E=M(c)2, where a bidimensional or tridimensional vortex (M or e) becomes extended into a plane of radiation (hence the square of lineal c-speed).

Yet for each different scale the parameters of speed (c), mass (M) and Entropy will change. And so we obtain a series of self-similar big bangs described in the graph.

The single cosmic big bang based in a single space-time continuum, was devised even before we knew the existence of a faster than light, gravitational membrane of dark Entropy and dark, quark matter. So we first must define it within that scale of big-bangs as the big-bang of a membrane of electromagnetic radiation; hence a quasar big-bang, not a cosmic big-bang, which will correspond to the much faster explosion of a gravitational membrane, starting at the Planck scale of the gravitational minimal units, the lambda-strings.

This is in a way the conclusion of astrophysicists, which now study the big bang as a dual process, with an inflationary age (the gravitational membrane) and a slower age (the big-bang of electromagnetic space, created over the gravitational membrane).

3.No shadows for the big bang. Ecliptic ‘axis of evil’ and ‘people finding things’.
Screen Shot 2016-05-16 at 17.21.14

In the upper graph:

Physicists have measured a local, hence galactic background radiation, which doesn’t leave shadows from other galaxies and they tabulated the quasar cycle of galaxies, which coincides with the age ascribed in the past to a cosmic big bang. So a more rational theory would consider the cause of the 2.7 K radiation both local in space (galactic) and in time (produced at present); since our measure is local and present.

Now, this is the standard first thought about it: non-thermal radiation from stars.

  • Ad Hoc calculus vs. red shifts. Death of light. Cosmological ‘fractal’ redshirts.

– E x I: Tachyon, Transversal, Gravitational Dark energy waves

Now in what follows we depart from classic cosmology, which as we have seen is good enough to invalidate the cosmic big-bang as a huge lineal ego-trip of astrophysics, and introduce basic concepts of 5D fractal cosmology; which we will develop fully on the 4th line of the blog.

Now the temperature of the background radiation and the radiation itself has alternative theories. My favorite – but not likely correct – is tiredness of light as it falls within 5D physics but it is not mine (which makes it even more objective). My own theory researched during my activism against big-bang experiments on Earth are moon micro-black holes making the halo. Both are far more scientific that the forecasted big-bang temperature. Let us see why, on predictability. Gamow, and the proponent of light tiredness gave predictions ‘before the measure’. Those are:

1946 – George Gamow calculates a temperature of 50 K (assuming a 3-billion year old universe), commenting it “… is in reasonable agreement with the actual temperature of interstellar space”, but does not mention background radiation.

1953 – Erwin Finlay-Freundlich in support of his tired light theory, derives a blackbody temperature for intergalactic space of 2.3K with comment from Max Born suggesting radio astronomy as the arbitrator between expanding and infinite cosmologies.

Freundlich also gave two extreme values of 1.9K and 6.0K in Finlay-Freundlich, E.: 1954, “Red shifts in the spectra of celestial bodies”.

Now the measure was 2.7 K, fully within Finlay’s prediction; completely out of Gamow ‘s prediction. And yet Gamow merely change ad hoc his equations to match the measure, and voila, all physicists which a prior had decided there MUST be a big-bang, ignored Finlay’s.

Now those are the 10 canonical proofs that need no new physics, each of them explained ‘facts’ that the big-bang ‘does NOT explain’ properly. This is more than enough, and while there are a few more, I think 10 is according to the numbers of T.Œ, good enough of fact-known-known proofs.

A timeline will help to understand why it is the likely one by C) cyclical predictability:

1926: Sir Arthur Eddington estimates the non-thermal radiation of starlight in the galaxy has an effective temperature of 3.2 K.

1930s: Erich Regener calculates that the non-thermal spectrum of cosmic rays in the galaxy has an effective temperature of 2.8 K

Thus the thermal radiation calculated by Penzias in 1960 at 3 K had been rightly foreseen by the first people who thought of it (average of 3.2+2.8/2=3k).

On the other hand the late proposal of a cosmic big bang by A-bomb researcher Gamow et al were:

1946: George Gamow estimates a temperature of 50 K.

1949: Ralph Alpher and Robert Herman re-estimate Gamow’s estimate at 28 K.

1960s: Robert Dicke re-re-estimates a MBR (microwave background radiation) temperature of 40 K

These were all offbeat. Only after 1960s measure, busy-busy the cosmic big-bang ‘re-re-re-estimate’ its equations to get ‘a posteriori’ the ‘desired’ experimental results ‘ad hoc’, instead of noting that Mr. Eddington and those proponents of a local background radiation WERE right in their predictions and the cosmic ones totally off-target and hence use the scientific method to deny the cosmic one.

  • Now and here explanations: Moon MACHOs

This AGAIN is a basic proof of truth in science: if WE CAN FIND explanations in present time and here-space, it is absurd to consider an explanation in past or future time and out-of-here space. It is like if we measure your body temperature, at 37 degrees and then a cuckoo physicist tells you the cause is with a lineal past-moving equation that you were born 17 billion years ago at 5 trillion degrees and you are cooling down!! When there is an explanation, in the metabolic activity, now and here of your body.

So what is the metabolic process on the galaxy now that produces that temperature?

Namely the existence of micro-black holes or similar dark matter (strangelets) red-shifting components on the Halo, which account for its mass and the redshirts of all light reflecting or coming through it.

But further on, before we deal with the Halo, there is a huge problem which shows further that it is a local radiation, the so called ‘axis of evil’, which at the cost of billions of $ astrophysicists try to eliminate with zero success. Namely that the radiation aligns with the axis of the galaxy and its equinox, because ‘obviously’ it is produced by the galaxy’s activity.

Do you think this obvious answer has any chance? ha. Quoting the official version, of Wikipedia:

“In particular, the quadrupole and octupole (l = 3) modes appear to have an unexplained alignment with both the ecliptic plane and equinoxes, an alignment sometimes referred to as the axis of evil 🙂

A number of groups have suggested that this could be the signature of new physics at the greatest observable scales; other groups suspect systematic errors in the data. Recent observations with the Planck telescope, which is very much more sensitive than WMAP and has a larger angular resolution, confirm the observation of the axis of evil. Since two different instruments recorded the same anomaly, instrumental error (but not foreground contamination – the way they ‘introduce the local cause – ‘contamination’:) appears to be ruled out.

Coincidence is a possible explanation, chief scientist from WMAP, Charles L. Bennett suggested coincidence and human psychology were involved, “I do think there is a bit of a psychological effect; people want to find unusual things.”

Now to my hypothesis of a halo of dark, quark matter (black holes or strangelets) acting as a far ‘more limited’, closer membrane distorting by red shift the light reflected or coming through it (as all membranes do transform what penetrates them).

Why, it is a preferred solution? Obvious:

The question posted by the non-shadows experimental fact is that the radiation cannot come from the supposed outer ring of fire (big bang radiation). It does have to come therefore from the internal region of the galaxy, reflected by the Halo, giving us a mirror image of the galaxy, or alternately from outer light, crossing through the galaxy, altered by the Halo ‘strangelet and micro-black hole matter’, strong candidates to for the dark matter of the galaxy. Then obviously what physicists do is merely to extend this Halo-altered radiation into a supposed infinity.

The only alternative object that can produce such radiation in present is a micro-black hole, whose temperature red-shifts light as a gravitational lensing. And since a black hole gravitational lensing is proportional to the mass, we can calculate the mass of those ‘background black holes’, which redshirts light at 2.7 k. Indeed, a simple calculus shows that a black hole of the approximate mass of a moon (the most common galactic object of which each sun has hundreds in its planets and Oort/Kuiper belts, would produce that radiation.

So very likely the halo of dark matter of the galaxy is made of micro-black holes that have eaten moons, as their bigger cousins eat stars. Then they WILL radiate at that exact temperature.

Further on, since black holes are fundamental particles of the upper scale, as protons are in the quantum scale they must be homogeneous in size, even if they eat less perfect planetoids, expelling the ‘left-overs’ as gamma radiation and becoming with other quark stars (strangelets), the ‘protein’ membrane that shields the galaxy, as a st-point whose 3 topologies are latter studied in more detail.

Critical density.

One of the problems of the big-bang (of many) is the critical density. It must be of 10-26 kg per cubic meter for the Universe to be the ‘observed’ flat geometry. But it is not. Only 2 so this is a problem, the big-bang of the cosmos does not match the flat geometry of the Universe and the topic spiral galaxy.

So if the big-bang is a local galactic big bang the critical density of the galaxy should be 10-26; then it would be the quasar big-bang of our galaxy.

Let us do some crunching numbers for a change.

The equation for the critical density is:

ρcrit = 3H02 / 8πG

You can see that the critical density is proportional to the square of the Hubble constant — a faster expansion requires a higher density to overcome the expansion.

How empty is space? Astronomers have learned that the mean density of matter in the universe is within a factor of a few of the critical density. We can calculate ρcrit by inserting the gravitational constant, G = 6.67 × 10-11 Nm2 / kg2, and adopting H0 = 65 km/s/Mpc. We first convert the Hubble constant to metric units, H0 = (65 × 1000) / 3.1 × 10+22 = 2.1 × 10-18s-1. Now we can solve to get ρcrit = 3 × (2.1 × 10-18)2 / 8 × 3.14 × 6.7 × 10-11 = 7.9 × 10-27 kg/m3 ≈ 10-26 kg/m3. This amazingly low density is equal to about five hydrogen atoms per cubic meter, or a single hydrogen atom in a volume the size of the average TV set. However, in that same cubic meter there will be 5 to 10 billion low energy photons of microwave background radiation, the feeble relic of the big bang.

How well does this density match up to the density of large objects in the universe? The typical distance between large galaxies is about 2 Mpc, so we can see what the average density would be if a galaxy like the Milky Way were the only object in a box 2 Mpc across.

The mass of the Milky Way, including dark matter, is about 10+12 M. Sun, or 10+12 × 2 × 10+30 = 2 × 10+42 kg. The volume of a 2 Mpc cube is (2 x 3.1 x 10+22)3 = 2.4 x 10+68 m3. The typical density is therefore mass divided by volume, or 2 × 10+42 / 2.4 x 1068 ≈ 10-26 kg/m3.

Thus we can see that the galaxy density roughly equal to the critical density.

  • The Black Hole reversed equation of the expansion.

While there is not clear understanding of what the ‘Singularity that holds the entire mass of the Universe in an infinitely small point’ due to the ‘absurd’ backwards motion of the Hubble equation in lineal terms till are mote past, there is a clear proof the explosion of a black hole into a quasar will give us the same result:

Since the equations of the big-bang inflationary first age are exactly the same than those of a black hole, reversed inside-out, as the black hole explodes creating in its outer rim a ‘ball of fire’, advancing at enormous speed, through repulsive gravitational waves, till the wave smooth an isomorphic sphere of the size of the galactic outer Halo. Thus there is not mystery to the creation of the region, which will be reborn as a spiral galaxy when the entropic death of the black hole reverses its course, in the following eras.

In the parlance of ‘physicists’, the proper description will be this:

Tƒ say that space expands exponentially means that two inertial observers are moving farther apart with accelerating velocity. In stationary coordinates for one observer, a patch of an inflating universe has the following polar metric:

ds²=-(1-Λr²)dt² + 1/1-Λr² dr² +r²dW²  (where Λ is not the symbol of the 5th dimension but the cosmological constant) We use polar metric because the black hole expands with a positive curvature into a spherical form, following the commonest ‘entropic explosion-death’ of any big-bang material death. In the simplest expression we write: M=e/c² only that we are talking of a tachyon superluminal expansive wave.

This is just like an inside-out black hole metric—it has a zero in the component on a fixed radius sphere called the cosmological horizon. Objects are drawn away from the observer at towards the cosmological horizon, which they cross in a finite proper time. This means that any inhomogeneity are smoothed out, just as any bumps or matter on the surface of a black hole horizon are swallowed and disappear.

Since the space–time metric has no explicit time dependence, once an observer has crossed the cosmological horizon, observers closer in take its place. This process of falling outward and replacement points closer in are always steadily replacing points further out—an exponential expansion of space–time.

This steady-state exponentially expanding space-time is called a de Sitter space, and to sustain it there must be a cosmological constant, a vacuum energy proportional to everywhere. In this case, the equation of state is . The physical conditions from one moment to the next are stable: the rate of expansion, called the Hubble parameter, is nearly constant, and the scale factor of the Universe is proportional to .

Inflation is often called a period of accelerated expansion because the distance between two fixed observers is increasing exponentially (i.e. at an accelerating rate as they move apart), while can stay approximately constant (see deceleration parameter).The -dimensional de Sitter space, denoted dSn, is the Lorentzian manifold analog of an -sphere (with its canonical Riemannian metric); it is maximally symmetric, has constant positive curvature, and is simply connected for at least 3.

  • The Helium problem.

Nucleo-synthesis occurs between 3 minutes and 20 minutes after the (quasar) Big Bang

During the photon epoch the temperature of the universe falls to the point where atomic nuclei can begin to form. Protons (hydrogen ions) and neutrons begin to combine into atomic nuclei in the process of nuclear fusion.

Free neutrons combine with protons to form deuterium. Deuterium rapidly fuses into helium-4. Nucleo-synthesis only lasts for about seventeen minutes, since the temperature and density of the universe has fallen to the point where nuclear fusion cannot continue.

By this time, all neutrons have been incorporated into helium nuclei. This leaves about three times more hydrogen than helium-4 (by mass) and only trace quantities of other light nuclei.

This formation of so much Helium was for very long considered the proof of a cosmic big-bang because stars could not form so much Helium. Then it was found that most of the imbalance was helium accumulated around the central black hole of galaxies; which has not been explained. Obviously because Helium formation happened when the black hole exploded with the big-bang temperature it is found close to the center of galaxies, and it was formed by the quasar explosion. So a galactic big-bang explains both its abundance and its location (the cosmic one does NOT explain its location)

  • The ages of the big-bang.

The ‘cycle of explosions’ of Galaxies into quasars, into galaxies, follows the same ages of the big-bang. As all of them after the initial ‘Planck epoch – of gravitational superluminal waves’, dark epoch of nucleosynthesis, are ages ‘within galaxies’, and so they are proved for the inner space of galaxies. They do NOT explain many other features of the Universe as a whole (which is not isomorphic, etc.) but perfectly describe the evolution and formation of the stars of the galaxy.

So the so-called ages of the big-bang, are properly the ages of the galaxy; WITHOUT all the ‘ad hoc’ theories and pseudo-scientific models required to explain WHY the large scale Universe has NOTHING to do with the supposedly smooth result of a cosmic big-bang (this is like Ptolemy constant recurrence to ‘new’ ad hoc epicycles to make fit new observations into its earth-centric theory of the Universe). Trust me, any astronomer knows how long this ‘list’ is.

Thus the quasar big-bang follows further the laws of truth (minimalism: Occam’s razor), simplicity and correspondence. WE DO NOT NEED to postulate strange forms of dark energy and dark matter, except the ones KNOWN, repulsive gravitation (to account for the entropic expansion of space between galaxies that balances its contraction), which is ‘natural’ to the model of galactic-atoms; and quark matter to account for the dark matter of the halo. Let us consider this second element in more detail.

  • The experimental proof. Earth’s experiments can replicate them

The ages of the ‘big bang’ can be replicated by merely doing the quark gluon soup on the LHC here on Earth. Thus there is zero difficulty for the awesome reversed process of a quasar explosion to create enough quark gluon soup to replicate all those ages. Other matter are the risks of starting a big-bang ice-9 or ‘gas-9’ process (word coined by this author in his suits against CERN for potential genocide: aka, a run-away creation of top quarks and Higgs (its decay scalar mode: Top quark->2H) on planet Earth.

In that regard,. Œ, reclassifies particles, to understand the 3 ‘ages of evolution’ of information represented by the 3 families of mass and quarks, which are also in close symmetry with the upper cosmic scale, the components of the 3 regions of the galaxy:

  • The Top quark star center (black holes MUST be modeled AS real ENTITIES, with a cut-off, ∆-1 ‘cellular substance’ as Einstein wanted. Only Top quarks (Higgs condensates in the parlance of modern physicists) turning faster than c-speed in its internal vortex (hence its enormous attractive mass, which increases with the frequency of its vortex: M=ƒ(h/c2)) have the properties at larger scale of a black hole.

That is, black holes ARE top quark frozen stars, with positive top quarks as their cut off substance.

  • The middle region of up and down light human quarks.
  • The external negative charged, strangelet halo.

Thus the 5D symmetry between the ∆-1 (particle) and ∆+1 (galaxy) limiting scales of astrophysics is obvious and further proof of the symmetries of T.Œ and its ‘correspondence’ and ‘minimalism’ (proofs of truth in science), since it accounts for the first time for the reason why 3 families of particles and 3 families of stars co-exist, and eliminates the need for further theories and particles beyond the standard model:

Since the 3 ages of evolution of mass of increasing form – I, II and III families of quarks are symmetric – to the 3 regions of the galaxy: Top quark black holes, up and down matter, negative strangelet halo

Symmetry between atoms and galaxies (protons positive top quark holes, negative electrons, strangelet halo).

And so once we have falsified ‘reasonably’ the big bang (we could write hundreds of pages on this, but we have to move on), we can now consider 5D physics, on the known-known Island Universe of our galaxy, its generator equation, 3 ‘relative planes ‘of existence, 3 ages of time and 3 organic parts in space.

SPATIAL SYMMETRY

Now, all this said we can after being the devil’s advocate against the big-bang, if any believer is still reading, which i doubt it, and consider that perhaps, indeed, there is a higher scale beyond galaxies, which do respond to the big-bang cosmology and forms a larger scale of physical systems, obeying at a higher speed of space and denser speed of angular momentum in its black hole vortices so how it will look the whole? As its parts in a fractal Universe that repeats its games of existence.

5D scales: Walls: societies of galaxies.

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Yet, the beauty of all this is how much rich on meanings and paradoxes and questions to explore is 5D physics compared to the pedestrian simplex analysis of the previous paradigm.

So before we go into the big bang polemics, I want to consider a bit more of other themes of 5D cyclical time space astrophysics. And how it differs from lineal space-time astrophysics and enriches our science for generations to come.

We shall call its birth the ‘little bang’, to differentiate it from the metaphysical big-bang of a supposed larger, ∆+4 cosmic scale which we will study after wards. Now as it happens, in a fractal Universe the little bang is quite similar in ages, and timing to the big bang, as it is the cyclical life and death of the central black hole of the galaxy. 

The Universe is a spatial organism.

Any Fractal point, according to duality, can be described in space as a fractal point with a relative Entropy body and an informative center, communicated through 2 forces/networks of Entropy and information. And it can be studied in time, through its 3 evolutionary ages, between life and death, as its Entropy becomes curved by time and increases its form, creating in the case of the cellular Universe, new informative particles and galaxies.

Though both perceptions of the Universe are correct, cosmology ignores the organic, spatial description of the Universe, which completes the evolutionary, temporal vision, obtained through light instruments – since it cannot see dark Entropy and non-local gravitation. Yet if we were to perceive that Universe with the instantaneous, non-local gravitation that reaches its limits, it will seem as a complex st-point structured by an external membrane (the wall of fire), an internal self-reproductive space of galaxies and an informative hyper-worm Hole center (the great attractor?), all coordinated by the non-local forces of dark Entropy.

Recap. The physical Universe is structured in 3 scales of reality, the quantum world of electromagnetic forces and the gravitational world of masses. Both can be modeled with the isomorphisms of super-organisms, whereas the electromagnetic forces/planes act as the Entropy network of galaxies and atoms and the gravitational forces/masses as the in/formative force that balances the entropy of electromagnetism, creating a complex, organic Universe of eternal motions and balances between informative gravitation and entropic electromagnetism.

THE DARK WORLD

The cellular Universe.

Galilean relativism (e pur si muove, e pur no muove) implies that depending on which kind of energetic or informative force we use to observe certain reality, we will perceive it either as a fixed, spatial organism (the Universe perceived with gravitation) or as an evolutionary species in motion through time (the Universe perceived with slow light).

So we see either a moving Earth and a fixed cosmos, when we see them through gravitation, or a quiet Earth and a moving Universe when we see them through light.

Since gravitation, the force that shows a spatial, synchronic Universe is invisible to our instruments; astronomers only study a temporal, diachronic Universe, perceived with light. However there is a universal organism in space, self-similar to any other Fractal point. Since once the evolution of the hypothetical cellular Universe concluded in time, creating the 3 regions of any fractal point, the Universe structured itself in space, communicating those 3 regions through simultaneous non-local gravitation. Let us then study those 2 sides of a hypothetical cellular Universe – first the spatial, organism of the Universe and then the temporal ages of creation of that Universe in the next paragraph.

If we perceive the Universe from a temporal perspective through its slow force, light, it appears as an evolutionary process of matter, coming out from the genetic ‘big bang’ singularity of a local, cosmological first cell – the hyper-dense singularity of the big bang (which went afterwards through a cold, reproductive ‘big-banging’ or creative, informative process, later studied in more detail).

Yet, when we observe the Universe simultaneously in present space (first picture of the previous graph), thanks to its faster force, gravitation that allow the parts of the Universe to interact, those far away regions become integrated with its closer regions through the informative networks of dark Entropy, NOT through the light, energetic networks of galaxies and stars, explaining its homogeneity. Again this is a generic law of complementary systems, as any organism is defined by its informative, nervous network that gives it its form.

Of the two possible ‘scalar’ theories of such Universe, one of infinite scales in which galaxies are atoms, and one in which universes are fractal ‘cells’ of a hyper-universe, broken in ‘bubbles’ of a fractal inflationary big-bang with a limit, the first one would imply a huge universe, in which we are just a ‘hydrogen-like atom’ of an enormous interstellar cloud. The second theory however would imply a structure within our ‘cellular Universe’, in which non-local, faster than light gravitation creates an organic Universe, structured as a fractal point, with its 3 canonical, topological, Non-Euclidean zones:

-Max.TƑ: The cellular Universe should have a nucleus of enormous gravitational mass, a hyper-worm hole, connected to a network of dark matter, which acts as its informative brain, since it forms through non-local gravitational forces the shape of its galactic networks, as the DNA nucleus of a cell controls the form of the organelles that reproduce its proteins.

Though the nucleus is a gravitational knot invisible to us, we have found a very dense region of dark matter called the Great Attractor towards which many galaxies, including ours move, which might be that center. That informative singularity will keep growing and attracting other galaxies in a generational cycle, till it explodes again its form into Entropy in a physical big-bang, similar to the one that might have created our Universe.

Max.SP: An external Entropy membrane not to confuse with the galactic light background radiation and the dark Entropy spelt by galactic Worm Holes, (which quasars show to reach a limit speed of C<v<10 C redshift). There are hints of this possible final wall in measures of dark Entropy expansion over 10 C<V2<100C at the limits of the Universe. But proofs are scant as we need better telescopes to obtain them. Thus we shall call this dark Entropy, the super dark Entropy, or next fractal scale of lineal forces.

– An inner E/T region with galaxies that reproduce matter and light. It is the visible space-time created, according to the duality of physical big bangs/big bangings: after the invagination of the inner nucleus of dark matter that clearly directs the movements of galaxies. In this inner region dark Entropy at C<V<10C communicates galaxies; while radiation matter is the food of dark matter. Thus galaxies form an energetic, electromagnetic network of galactic mitochondria, which reaches its maximal density in filaments of galaxies, (near the center of the Universe).

Such cellular Universe has an energetic, electromagnetic network of radiant matter similar to the blood network of a living organism, which weighs only a 4% and reaches its maximal density in the external membrane and the filaments of stars, (center). And it has an informative, gravitational network similar to a nervous network, which reaches its maximal density in the hypothetical hyper-worm Hole, brain or central singularity of that cellular Universe, the Great Attractor.

This network weights a 21%. Both feed on the intermediate space-time region of gravitational space-time (dark Entropy, which is the 75% of the Universe and acts as the ‘water’ of the Universal organism, also the maximal weigh of a living being; or as the background radiation of the galaxy, also its most common substance). This coincides with the general rules of proportionality between spatial bodies and informative heads, which are in a 3 to 1 proportion. That is, indeed the proportion between radiation pressure and mass; dark Entropy and dark matter, and many other informative/energetic parameters of the physical Universe.

The cellular Universe as a fractal part of the higher structure.

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It seems quite evident that the organic laws of systems do define a Universe similar to any other organic system. Let us indeed make a comparison between a biological and cosmological ‘Universe’:

The Local Universe seems to have a dual network structure—electromagnetic Entropy and visible matter vs. quark, dark matter and dark Entropy, which forms its faster networks of information, the membrane of gravitation. It is the organic hypothesis of a Universe made of 2 networks of dark matter and light Entropy – cellular galaxies, which form a simply connected system, similar to a colonial tissue, with the apparent form of a semi wave in grand scale images perhaps, belonging to a bigger Hyper-Universe.

In the graph, in T.Œ all Universal systems have the same symmetric structure in fractal space and cyclical time:

Sp(limb/fields of maximal entropy) > ST (Balanced body-waves of energy and information) < Tƒ (heads-particles of maximal form)

Which co-exist along 3 scales of the 5th dimension:

∆-1 cellular-atomic scale ∧ ∆-Thermodynamic-Organic scale ∧ ∆+1: Social-Cosmological Scale.

And live 3 ages in time between conception and extinction:

∆-1: Max. Tƒ: Conception< ∑œ ∧ |Ps:Energetic Field-past-young age >  e xi: Reproductive present wave > Tƒ: Particle/solid state ∨ ∆-1: Big-bang Death.

This simple structure, applied to any system of the Universe, provides us a simple guidance to study the fundamental scales and systems of physical nature.

The grand scale images of the Universe show a structure with the form of a half wave, which can be anything in that upper scale, from a half light wave to a worm like micro-organism. It might also be possible that as stars form spiral vortices, the mapping observed in the previous graph is the outer cover of a spiral Universe, with a central zone of hyper-worm Holes, which would act as the nuclei of an atom.

We can’t know what is the next scale of form of the Universe, because we have little evidence, as most is dark matter and Entropy whose form we can’t deduce and because all scales of reality are self-similar so we cannot easily distinguish them; as we could not distinguish a bottle of beer with a bad picture of it.

The verification or not of a cellular Universe could be done by the Webb telescope testing the existence or not of a limit at 13 billion years – a dark region or wall of fire, which perceived in space would look like the first picture. Then we could reasonably think that the local Universe hosts around 10 10-11 galaxies in a cellular structure separated from other parallel Universes by a wall of dark radiation at z=10-100 C.

Recap. Super luminal gravitation and light are the 2 forces that interact in the Universe, which as any other Non E point should possess 2 networks/forces: the informative, faster gravitational force that structures the position of galaxies; and the electromagnetic force that acts as the ‘blood/energetic system’ of the Universe. Such Universe in space could be a cell of a hyper-universe or a huge reality in which each galaxy is a self-similar atom, with a background light-space.

So the Higgs whose fundamental reaction is Top quark + Top antiquark < = > Higgs, acts as the photon acts in this membrane, which as we all know reproduces constantly virtual particles and antiparticles, or as the gluon acts in the strong force which reproduces quarks and anti-quarks on the lower USD decuplet. All those are essential symmetries of 5 D Physics. And so yes, the Higgs does have a role.

But beyond that role, there is something called scientific ethics within T.Œ which is a unification theory that does not ‘split’ sciences from each other, but ‘make them all’ correspond to a role within the Human superorganism of history. So all sciences do have an obligation to contribute to the future of mankind. And that is why I opposed so many years to CERN. Simply speaking, Higgs production of top and antitop quarks is dangerous. They could form black holes on earth that would not evaporate. As other experiments that produce quark-gluon soups with hadrons are dangerous as they could reproduce strangelet that would swallow the Earth.

Those are known known physics in 5D models. They will happen, if mankind keeps doing big-bang and Higgs experiments. And while in standard physics they are also possible, in 5D physics they are ‘extremely likely’ hence while other physicists have washed their hands like Pilatus, I had to denounce CERN even if it meant to sacrifice T.Œ to the altar of human ethics.

So this is the canonical model of 5D astrophysics, which I put forward 20 years ago, and still stands as the only serious candidate to explain the structure of galaxies and black holes, in astrophysics, and the entire meaning of quantum physics and the relationships of all the scales of physical system, as well as all other sciences.

So in the graph, we analyze the isomorphism of 5D space-time elements for the two main systems studied by mankind – the astrophysical Universe, and the biochemical world of humanity. Both should, according to the previous analysis share the same properties and arrows of time, albeit with different quality and amount of ‘complex information’ and ‘simplex Entropy’. Let us then briefly introduce those 2 systems and their self-similarities.

Despite the enormous difference of size and metric details, they are both topological, fractal organisms with the same elements of all organic fractals. Since reality is a self-generating topological Fractal of infinite beings made with 2 arrows of Time: Entropy and information, whose self-similar properties emerge invariant in topological form in all scales of reality. Thus all organic fractals, including man and the Universe have 3 elements that define them:

– Its cellular units, (galaxies and cells).

– Its networks of Entropy (blood and radiant ¥-matter) and information (nerves and dark-neutrino-gravitational matter) that organize those cellular units.

– And the relative space-time planes in which a self-similar but not equal fractal structure re-emerges.

On the left, man is a fractal made of cellular units and networks of Entropy and information (nervous and blood systems), whose cycles and functions extend through 3 hierarchical, organic planes of increasing size: the cellular, individual and social plane.

On the right, the Universe is also a fractal, structured in 3 planes of self-organization: its cellular units are stars and Worm Holes that shape 2 galactic networks of radiant Entropy and informative, dark matter; st-points of a cosmos at ‘grand scale’ (the points on the picture). The final form is self-similar to a wave, perhaps inscribed into a hyper-Universe.

How can both worlds/networks co-exist together? In continuous space-time they can’t but in discontinuous space-time where a ‘dimension’ is fractal, hence it is a fractal network, it is rather easy:

The light Universe is a network, like a fishnet floating of an immense sea of gravitational Entropy. Each knot is a charge, a non-E point that communicates through the strings of the net (the electromagnetic forces), leaving a huge dark ‘space-time of ‘water’ – that 76% of gravitational dark Entropy – which is not ‘illuminated’ neither interacts with the fractal net of light.

Some Physical theories describe fractal space-time in that way, calling the fishnet a ‘brane’ made with cyclical, temporal knots (spins or closed strings) joined by flows of its lineal, energetic Sp x Tƒ actions/forces that tight together those knots.

The Universe sandwiches mankind between 2 relative scales of space-time, the quantum membrane of electroweak forces and the gravitational membrane of strong masses. Yet both membranes obey the same isomorphisms of Multiple Spaces-Times. Thus, regarding their morphological structure both membranes possess organic, complementary systems with the 3 topological standard regions /forms of a fractal point.

Those are therefore the basic organic elements of a relative Universe, which validate the experimental, sound interpretation of cosmology and we shall use now to explain the nature of the big bang.

So cosmology does have a point of metaphysics.

Recap. Our galaxy is a cyclical vortex of space-time of maximal information, reason why we are informative beings and accumulate information. The entropy arrow does NOT dominate this planet, this species, this vortex of galactic information, but only the expansive space between galaxies, and the minds of Neanderthal macho-man violent physicists with its worldly religion, to make weapon of ‘mass destruction’. Point.

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In the graph from Sci-Am we observe the whole worldcycle of the galaxy of about 20 billion years, which has been tabulated by observing thousands of them across the Universe in different states of the cycle, some of then undergoing what seems to be a second cycle. Our galaxy so far seems to be in the classic middle age of it:

As we can see the Milky way is a well formed barred galaxy, 2/3rds on its cycle, which is about 14 billion years – not coincidentally the age of the ‘little big bang’, and the sun is there living in a middle position, a middle kind of sun, with a middle planet in a topic warm region, pleasant for life, with a common CHN-species of the amino acid fish social form. Since we are just Amino acid social fishes dissolved in water, dust of space-time, like everything else:Screen Shot 2016-05-16 at 15.30.12

HYPERBLACK HOLES

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 The densest mass-forms of the cosmos are ∆+1 black holes, which occupy a minimal space with maximal information. The big-bang/big-crunch cycle of quasars and perhaps Universes might find its limit of contraction in the Planck density of a hyper-black hole. Black holes must be studied first as topological spaces with 3 regions; a cyclical, ordered super fluid of top quarks, its ‘cells’ that condensate in a bosonic state (left); a surface or event horizon, belonging to our light-membrane that kills light and absorbs its minimal units ∆-1 Planck’s areas (center), and a singularity of bosons, gluons and repulsive dark Entropy, which a Kerr black hole10 expels through its polar jets, at superluminal speed. Black holes are therefore wormholes, bridges between the electromagnetic and gravitational membrane.

The classic study of 4D metric black holes (Einstein) and its 5D expansion.

Relativity theory is adamant: black holes are informative vortices, ruled by the principle of equivalence between acceleration and gravitational masses, turning at c-speed and beyond inside the event horizon (as vortices accelerated inwards), where light ceases to exist.

This is what the rotational kerr black holes ‘metric’ tell us: light and electromagnetic matter dies away, and through its axis, it is reborn in a jet of matter, which we see coming out of cosmic black holes. In 5D, these jets are jets of dark energy, repulsive gravitation that expands space between galaxies seeing as an acceleration of interstellar space, likely at faster than light, with no visual information, hence dark. So the world cycle of galaxies and quasars, is balanced by the creation of mass towards the centre of galaxies and the expansion of dark energy on its perpendicular ‘tall axis’. Yet those models based in the dual arrows of time, which explain the nature of dark energy, and the expansion of the universe, do not contradict the understanding of black holes perfectly explained in the work of Einstein. He called them frozen stars, and he said they needed a substance to be real, or else he couldnt believe on them.

The substance was found with the discovery of quarks, as black holes have the density of the densest, cbt quarks, which should therefore form an atom similar to our light ud-atom but with much more mass.  Einstein died before quark theory appeared, so he was opposed till death to his existence. Because obviously without a smaller ‘fractal space-time part’, the whole of a larger social scale of the 5th dimension cannot exist.

But in the ‘interregnum’, physicists with nothing else to do, took those black holes, as they were impossible to study directly, as the perfect ‘blackboard’ to invent ever more bizarre theories of imaginary physics, and Hawking theory of black holes as time machines that travel to the past, took by storm the imagination of sci-fi aficionados. Specially after he came in star trek, seating with Einstein and Newton, (never a humble guy), as if he was the 3rd of the triad of absolute masters of physics. And yet people didn’t realise of his egomaniac nature, its celebrity status, its sci-fi fans followers, in brief, the smart but completely faked nature of his imaginary black holes – the first name he put to the Foramen Nigrus Hawkoni, where he decided black holes would not obey gravitation equations but quantum equations, which are not equations that apply to cyclical vortex of mass, but to lineal electromagnetic, entropic forces. And once you affirm out of the hat that black holes are NOT gravitational objects but electromagnetic species, you can invent all kind of weird effects like entropy for them.

Effects, for which there is no need at all. Since black holes were perfectly described with the equations of 4D space-time of Einstein (EFE), as solutions that create a vortex of accelerated mass creation (principle of equivalence between mass and acceleration), reversing the ‘entropy’ of lineal electromagnetism, and balancing the Universe of mass and energy, becoming the other side of the E/c=Mc equation of ‘big bangs’ and ‘big crunches’.

Black hole thus are the vortex of temporal information, with its in-form-ative, gravitational force that balanced the expansive entropy of electromagnetism and dark energy. And we lived in one such vortex of information -reason why the information of this planet constantly increase, as it does the form, the information of the galaxy.

And the evaporation of black holes? A false theory, which confuses the thermodynamic, evaporating Entropy of the event horizon with the black hole inner body. So once this error is solved, Hawking’s otherwise beautiful equations merely describe the birth of the black hole as micro-form rotating at enormous speed, which heats up and evaporates our membrane, feeding actively in our world so fast that within seconds of its birth as a tiny black hole it sucks in an entire star creating a supernova (or perhaps a planet if CERN succeeds in creating them, misguided by Hawking’s wrong theory). Indeed, if we use the same equations to explain the evaporation of our world membrane/event horizon we observe immediately that the super-hot membrane evaporates our colder world and as it grows and cools down, it absorbs less and less matter, till reaching a huge size and cold temperature becoming less active. So the birth of a micro-black hole means the explosion of our stars not of the black hole. Why we are so sure of this?

There is experimental evidence: all stars that explode into supernovas leave behind black holes, which must have been born exceedingly small.

All systems of the Universe are born as ‘seeds’ of microscopic size and grow much faster in their relative youth and then slow down their growth

The equations of Hawking are the same, once the error is solved – only that now they show NOT the speed of evaporation of the black hole but of our world.

If the evaporation of black holes was right, it would break all the key isomorphisms of physics: all the isomorphisms of relativity; the first law of entropy (a hot object doesn’t get hotter as Hawking pretends evaporating our cold Universe; a hot coffee cools down; a hot iron sword evaporates the cold water in the forge; so a hot black hole will evaporate our cold Universe. It also breaks the law of conservation of information, which disappears in Hawking’s evaporating black holes. Yet information according to quantum physics and theory of multiple space-times never evaporates.

Finally, and this is the nail in the coffin: we never found any experimental proof of black hole’s evaporation. So the theory must be wrong, according to the experimental method

It is however interesting to consider how this theory came into existence to see why in science often a false theory becomes a dogma, for lack of a better paradigm that substitutes it. Here the paradigm is the existence of an arrow of information besides the arrow of entropy in the physical Universe, the arrow of mass. Yet without the 4th paradigm, physicists feared that black holes broke the dogma that there is only an arrow of entropy in the Universe that always increases. So as Wikipedia explains: ‘the only way to satisfy the second law of thermodynamics is to admit that black holes have entropy. If black holes carried no entropy, it would be possible to violate the second law by throwing mass into the black hole.’

Which is exactly what happens: precisely because the arrow of information is inverted respect to the arrow of entropy and the arrow of information exists as physical mass, black holes allow the recreation of order in the universe, making it immortal.

This should be obvious since the law of entropy was deduced in the XIX century studying electrons, molecules and light from our membrane, not gravitation and mass, the forces that balance it.

Thus black holes are not an error, which we can ‘change’ ‘ad hoc’ but an essential proof of the existence of information.

Yet the proponents of Black Hole Thermodynamics were believers in the dogma of a Universe of ‘entropy only’. So to satisfy the dogma, ‘Jacob Bekenstein conjectured that the black hole entropy was proportional to the area of its event horizon divided by the Planck area’, (Wikipedia). And so suddenly a conjecture which broke all the known-known isomorphisms including the 1st law of Thermodynamics, which precedes the 2nd law – since a hot object never gets hotter in a colder environment (the biggest hoax of the XIX C. – a perfect motion machine) – became a necessary truth.

Further on, by accepting this conjecture Bekenstein & Hawking also broke a tenant of the 2nd law- since now information disappeared in the universe! And obviously they broke with Einstein’s Relativity Theory and his isomorphisms of gravitation (reason why Hawking ended his article saying that ‘Einstein was double wrong’).

But there was still a problem: How to evaporate the black hole! So Hawking made another conjecture, that small black holes had quantum effects because they were small.

This again breaks the fundamental tenant of relativity and fractal spaces: size is totally relative. Besides quantum and thermodynamic isomorphisms are isomorphisms that apply to the electromagnetic membrane, regardless of size and gravitational isomorphisms to masses regardless of size. Size has nothing to do with the isomorphisms we apply but ‘substance. So a small ant behaves like an ant not like a small fungus regardless of size, and a shrew, smaller than some insects like a mammal, regardless of size.

Then, it came up with the idea that a certain quantum effect happened to the quantum black hole: one virtual particle of the event horizon, which he considered the black hole (but it is not) felt out of the black hole and evaporated. This again is absurd because:

– The membrane is the frontier between two open topologies, but its properties are those of our membrane, it is therefore part of our electroweak membrane, so it evaporates our membrane.

– Because we are in a vortex of accelerated gravitation (Equivalence Principle), the gradient of forces is towards the black hole so there is more probability that one particle falls into the black hole than out; as it is easier than a feather falling into a sink vortex enters the sink than gets expelled of it.

Thus when you reach those ‘real’ conclusions, the membrane is our universe and the particles condensed by quantum effects fall into the black hole, evaporating our universe. Then we use Hawking’s radiation formula, but now it is showing the speed of evaporation of our membrane under the first law of thermodynamics (our colder membrane gets hotter) and evaporates swallowed by the black hole.

Recap. Black holes do not evaporate. They are vortices of gravitation that transform our electromagnetic world into dark Entropy and quark-mass, establishing a balance of order with the entropy of our Universe and making the Universe eternal.

A quark in the quantum scale or a black hole in the cosmological scale is a door between the 2 membranes of the Universe, the quantum membrane from where it absorbs Entropy and form and the gravitational membrane to which it devolves it.

And the best way to study them again is by self-similarity with its equivalent form of the quantum Universe, a neutron, with an inner center of 3 quarks and an external cover of electronic charge, or easier to visualize, its expanded version: an atom with a proton center of quarks and an electronic cover, which would be the equivalent to the event horizon, not a part of the black hole itself, but the border of our Universe which the black hole uses to absorb and convert the Entropy of our membrane into quarks and dark Entropy.

Since all doors between membranes are open topological balls, transitional regions, whose external membrane belongs to the external, energetic Universe and its center to the informative network.

This, in topology is described with a simple equation: an open ball is one defined by all the points of the ball whose center is ‘a’ and its border, r, which are neither r, the external membrane (in the black hole the event horizon) or a, the center (in the black hole the singularity). For example, a carrier of oxygen, the red cell, is also a door between the external world and the internal organs of the body; and so it is the only cell that doesn’t has center and its membrane explodes (it is the shortest living cell) to release the internal oxygen.

Thus, the quark/black hole is a system that transforms electromagnetic and electronic Entropy into mass-information, as it evaporates our universal membrane; first into simplest quark forms and then into the simplest Entropy, gravitational dark Entropy. Our light is a spatial membrane – a cover that warps the stronger, longer, faster dark Entropy of the gravitational world. And our electrons are the informative cover of the, faster rotating, smaller quarks. As long as light and electrons cover dark Entropy and quarks, we absorb Entropy and form from them. But when quarks and dark Entropy is liberated its strong forces prey on us. Both ecosystems are thus in a trophic, biological balance:

Our light preys in the faster, thinner gravitational lines that enter galaxies, warping them with a –ct speed measure of corrugation (Special Relativity). Light fractalizes and forms the interstellar dark Entropy, which slows down from c<10 redshift and warps, acquiring frequency of information.

Yet the inverse role is performed by the black hole, the Non-Euclidean, hyperbolic informative processor of electromagnetic Entropy into mass that converts our world in the event horizon into a flux of gravitational quarks and dark Entropy. Accordingly the event horizon can be described as a skin of triangular Planck areas, the minimal unit of the light world, (center top illustration).

In the graph, black holes transform entropy, electromagnetic Entropy into physical information, quark- mass of maximal order and rotational speed.

This simple topological truth however escapes black hole theorists like Hawking, which believe the membrane belongs to the black hole and evaporates it. Not so, it evaporates our Universe; reason why in 40 years we have never found black holes evaporating. In fact, if we could consider the existence of an inflationary field of information and theories in Physics, is precisely black hole theory, in as much as we have never seen one close enough to observe it and so it is ‘fair game’ for mathematical physicists to display their ‘quixotic imagination’ inventing theories with no experimental proof or scientific rigor whatsoever. Let us then consider from the higher perspective of the 4th paradigm of fractal, topological spaces, which of those theories is truth and false.

-Schwarzschild black holes do not exist. Since by definition they do not have rotation and the principle of equivalence states that mass is an accelerated vortex of gravitation. Thus all black holes are Kerr holes. The Schwarzschild metric was the first and hence the simplest description of black holes; like Copernicus, cyclical orbitals were. It looked beautiful at the age, but it turned out that only when Kepler completed its model putting elliptical orbits, we obtained the right solution.

– Kerr black holes (rotational black holes10) have a superluminal, hyperbolic, perpendicular center, which is exactly what the 4th paradigm predicts: a singularity that doesn’t belong to the black hole or the light-membrane but it is the ‘canon’ that shoots out dark Entropy at 10 c speed.

– All black holes as all stars have rotation. That is the real meaning of the principle of equivalence: acceleration= gravitational force. But there are only 2 types of accelerations, lineal and obviously that is not a black hole. So a black hole is a cyclical vortex that has rotation, And since the acceleration continues beyond the event horizon where light rotates at c-speed, inside the black hole light has to accelerate faster than c-speed.

And this according to the Lorentz transformations and the theory of multiple time-spaces means that light ‘dies’ in a big-bang, splits into its informative, photons and energetic gravitational strings and enters the black hole, creating two processes:

-The photons and electrons that collapse in the event horizon, continue its mass-increase deviating lineal light-speed into curled mass speed (E=Mc2), and so they become transformed in quarks, and further on into strange and top quarks, rotating at 10 c speed as they come closer to the hyperbolic singularity.

While light is no longer light, red-shifted by the gravitational black hole till it becomes pure, lineal gravitational, bosonic strings, which accelerate also till reaching the Kerr singularity.

So all black holes are Kerr holes; the real ones.

All have a central superluminal singularity that belongs to the gravitational membrane and acts as a hyperbolic ‘cannon’ that shoots up dark Entropy through one pole and quark matter through the other. That is what we see in all black holes – a bi-jet: the red jet shoots dark Entropy (repulsive gravitation); and the blue one shoots collapsed quark matter.

And so black holes balance the entropy of the electromagnetic membrane converted into physical mass-information and expansive dark Entropy, which we perceive not as superluminal speed but as accelerating intergalactic space; reason why physicists think the space is accelerating (but it is contracting in galaxies and blue jets, which do not reach us, so both effects balance each other.)

In other words, the black hole has a selective external membrane border with our world that filters, like any membrane of any non-Euclidean ternary structure, what it does not want – disordered radiation, and accepts what it wants, pure gravitational strings and formed particles that condensate our membrane.

So particles do fall in the black hole, radiation does not, and in this manner the black hole becomes a selective door to the gravitational pure universe of superfluid quarks with absolute order and not vibration in its gravitational membrane (light vibrations do not enter). And so it creates mass information – quarks on one side and dark Entropy in the other.

Those strings become tachyons that the hyperbolic Belgrami hemisphere in the center deviates and ejects through the Kerr singularity into a flow of dark Entropy, which is repulsive gravitation at 10 c speed.

While the quarks evolve till reaching the rotational 10 c speed of top quarks and become a top quark star whose pulses of dark Entropy on one jet and quark mass on the other renew the Universe, returning the light-membrane of >o T order and <c speed to its original wider membrane of >c speed and <o T.

Christodoulou had shown that no process whose ultimate outcome is the capture of a particle by a Kerr black hole can result in the decrease of a certain quantity which he named the irreducible mass of the black hole, M . In fact, most processes result in an increase in M, with the exception of a very special class of limiting processes, called reversible processes, which leave M unchanged. It turns out that M, is proportional to the square root of the black hole’s area. interesting to notice that in the centre of a kerr hole, the speed is faster than light, and that in the last seminal paper of Einstein, he proved that black holes would NOT exist if the c-speed was an absolute limit, because on the event horizon its gravitational vortex had to cross the barrier of c-speed to be stable. Einstein thus deduced black holes did not exist to conserve his principle of c-speed as the limit of the Universe. But we know now that beyond galaxies c-speed is not a limit. This physicists dismiss saying that space expands and so it is space what goes faster than light. Sophism. 5D merely states that beyond galaxies, light dies, becomes dark energy space and expands-moves faster than c-speed. And that beyond the c-horizon, mass goes faster than c-speed in the accelerated vortex, M2 x w3 = K, which is what a mass is, and so it becomes top quarks, whose awesome mass seems to respond precisely to that faster than light attractive power (the faster a vortex turns, obviously the more it attracts as in hurricanes and bath tubs). So it is all clear and nice, regardless of what ‘language you prefer’, that of 4D Einstein or 5D. As all is obeying the laws of symmetry and Relativity of the Universe (call it Einstein’s relativity or Absolute relativity, its expansion in 5D) :

Mass cannot decrease in black holes, either stays or increases as it cools down and absorbs matter. And since mass ‘occupies’ volume, unless increasing its density and the black hole is the maximal density of mass in the Universe so it cannot grow further in density, the growth of mass is strictly proportional to the area. As mass is a scalar and area bidimensional this is a square root proportionality.

 

Hierarchical scales between celestial bodies.

The synchronicity between all those cycles, which we established for all systems as a series of symbiotic chains between the bigger organisms and its cellular parts also synchronizes the central black hole with its star system. Let us remember those chains:

The rules of those complex chains are simple. It is a fact that informative cycles are shorter than energetic cycles, which are shorter than reproductive cycles, which are shorter than the cycles of social evolution of a species. So there is causal chain between the 4 cycles of all entities:

Max. Speed: Informative cycle > Energetic cycle (feeding) > Reproductive cycle >Evolving cycle

Yet at the same time, the smaller the species is the faster its cycles are. So there is a reversed scale:

Max. cyclical Speed:Minimal cells > Organisms > Social systems

This means that cycles of wholes and cellular parts are chained by those different speeds into symbiotic chains; since the parts need the Entropy and information of the whole, on which they depend.

For example, in most cases the feeding/energetic cycle of the whole organism determines the reproductive cycle of the cellular element, which requires the Entropy of the organism to reproduce and does so much faster than the whole organism; so a cell reproduces each day, which is the time cycle of feeding of its whole organism and so on. Thus, the ‘slow’ fields of Entropy and information of the bigger wholes determine the activity of the ‘reproductive and social’, fast cycles of ‘cells’.

Thus in any ‘scalar system’ of parts and wholes, the ‘Entropy of the superorganism or species of the macro-plane becomes in/form/ation, feeding the inferior scale, causing a symbiotic chains between the whole and the parts. The most obvious, extreme case is the fact that the Entropy detritus of bigger animals are informative food for lower insects and bacteria.

If we apply this concept to the gravitational waves of black holes, it is obvious that they function as information for black holes but act as feeding Entropy for stars and maybe planets that ‘grow’, transforming that Entropy into cyclical vortex of mass.

Further on, the calculated period of those waves show the synchronicity of the cycles/arrows of Entropy, form and reproduction of the different cellular scales of the galactic superorganism, which are tuned to each other.

Thus we can consider a hypothetical chain between the 3 scales of the Universe, the human scale, the solar system and the galactic scale. The specific event we are studying is the relationship between a fast, informative cycle of a black hole and a medium, energetic cycle of a solar system, which defines a reproductive, heating cycle of planetary systems. According to those synchronic chains, the reproductive cycles of life in planets are related to energetic cycles in sunspots, regulated by the shortest, faster, informative cycle of the galactic Black hole. That curious prediction, dating from 1994 was proved a few years ago:

Chinese astronomers detected that the galactic black hole has a minimal cycle of periodic activity of 11 years… It coincides with the sun spots’ cycle of 11 years, which coincides with the 11 years’ rotational period around the Sun of its bigger planet and main G-wave receptor, Jupiter that has a huge magnetic field, 19.000 times bigger than the Earth’s field and an enormous inner heat coming from its center, still unexplained by conventional cosmology. Yet if the black hole is connected to its stars by those waves that regulate the sun’s magnetic activity, which feeds Jupiter’s magnetic field, G-waves could explain why Jupiter has a bigger magnetic field, inner radiation and spatial size than any other planet. Further on, the sun’s spot cycles regulate the magnetic field of the Earth and the climatic changes that affect our life with longer cycles of cold and hot weather.

We might say recalling a Hindi parable that the blink of Vishnu’s eye (the rotating cycle of the galaxy) is a drop of sweat on the sun (its energetic cycle), which is the whole existence of a human being (a reproductive cycle of the Earth).

Due to the lack of space-time of these lectures we won’t consider in detail the reproductive body of the galaxy, its cyclical sun systems that feed on interstellar gas to create atoms and have also as a ternary topology – the center occupied by the star, a ‘reproductive space’ by cyclical planets and the external halo is the Oort planar sphere of lineal comets. Instead we will deal with the most fascinating cosmic object of them all, the black hole, informative mass-vortex and top predator species of the galaxy…

Recap. The galaxy is self-similar to an organic cell where black holes play the role of DNA-RNA systems and stars, mitochondria. The cycles of feeding, perceiving, reproducing and social structure of black holes and stars are related by gravito-magnetic waves. 

CONCLUSION. The ternary Method to discern between big bangs. Which big-bang fits better our cosmic data? Comparing them.

Indeed, the form of each scalar big-bang is the same, and it is remarkably identical in the supposed big-bang of the Universe; since both have an electromagnetic ‘orbital’ of dense ¥-rays, the fractal equivalent to the electron nebulae on the left. So how can we decide to which scale the ‘background radiation’ picture belongs?

We find the answer on the fact that quasar big-bangs (cycle of creation and destruction of the center of galaxies), is 10 to 20 billion years, and the supposed cosmic big-bang picture is 13.5 billion years. The same age that our galaxy, whose minimal time is 13.8 ± 4 billion years for the rich metal stars on BD +17° 3248. This is counter-intuitive: bigger systems in 5D live slower. For example, the smallest big-bang that of the left picture (beta decay), happens after a neutron life-span of 15 minutes. In that regard, the quantum, galactic and Universal scale should be if there is a Universal Scale on the same 5D time ‘slow down relationship’: Λ = Sp x Tƒ = K.

So the cosmic ‘big-bang’ should be at least one order of time-space older, which depending on the number of dimensions, should be 10, 100 or 1000 times more. Still considering the absolute minimal scale of time in 5D, 10 times longer (so civilizations live 800 years and humans 80) this gives us 140.000 million years, which stretching.

Now the 4 big-bangs are quite fascinating because of their similarities. Consider for example the relationship between the big-bang of a Neutron, or ‘beta decay’ and that of a star or Nova or Super-nova (second picture of Crab nebulae, the most famous supernova explosion of our galaxy).

A beta decay produces a photon, a neutrino, an electron and a proton, which expand the nucleon and in a double beta decay are hold together creating a hydrogen atom.

Now, a Supernova produces a black hole, which as we will see has the exact ‘Schwarzschild radius’ than a proton in 5 D Metric, a massive expansion of its plasma expelled to form the nebulae we see, which is the equivalent to the electron, a burst of Gamma rays, which are photons of high energy and an even higher burst of about 1059 neutrinos, an astounding quantity, which represent up to 10% of the mass of the star.

Those are thus the same elements of a beta-decay, but observed from our perspective as a single ‘particle’ in the lower scale and as a myriad of them in the upper scale. And yet the proportion of energy is similar.

A Beta decay expels a neutrino with 0.76 MeV energy-mass, which is 1/10th of the mass of the quarks that conform the proton collapsed into a neutron star in the nova or a black hole in the supernova.

There is thus no doubt that we are talking of 2 similar phenomena in 2 scales of the 5th dimension.

The dual big-bang: inflaton field in 5D metric: time decelerates as space accelerates.

There are in that choice, considering unlikely the organic nature of the Universe with a dark matter network of ‘nervous information’ and a ‘blood network of electromagnetic energy’ – but not completely eliminated given the clear filaments between galaxies, which remind us a tissue of cells, two different degrees of expansion.

In the galactic quasar big bangs, while there might have been a first atom in the long time ago distance, the growth of the Universe is slow. The Universe is in a steady state rather eternal situation as we are likely just a hydrogen anti-atom of the net scale, whose ‘laws’ of physics might differ slightly from ours, something which can be explored with the analysis of dark energy waves as ‘electromagnetic waves of the next scale’. And so on.

In the cosmic big bang as it is, there is a hyperinflation initial phase, which would be interpreted as a hyper-gravitational force, expanding at hyper luminal speeds. Or in terms of the metric of the 5th dimension, as a massive death process: Max. Sp x Min. Tƒ = K, hence in the Planck scale of this hyper-gravitational force, Min. Tƒ is a quanta of Planck time, 10-43, in which the death of the Prior Hyper-black hole expanded 1043 times according to the metric of the fifth dimension, and then as it expanded time slowed down in its quanta till reaching the present relative Sp=Tƒ balance between time and space parameters. So again, only 5D physics explains that wonder of the super-fast expansion in super-minimal time:

image026
Our Universe (line below) might be born in a dual fractal big bang of gravitational space-times (inflationary state) and fractal big bangs of light-membranes (quasars that explode galaxies).

All those homologous fractal big bangs of gravitational dark Entropy and light create the same inflationary Universe developed by Linde & Guth8 but, as in the case of electronic nebulae, interpreted as fractal parts of an electron co-existing in the same Universe, instead of Everett’s absurd interpretation of multiple universes a fractal dual big-bang rationalizes the data of the inflationary big-bang, introduces the Planck scale as the minimal string-size of a gravitational action, which will self-reproduce as it expands and validates the fractal Unification that converts each galaxy in an atom of the gigantic Universal scale, which we only perceive till the limit of reproduction of light waves (mean life 1010-11 y.)

In the graph, the discontinuous fractal structure of multiple space-times implies that in the same manner there are many quasar big-bangs (later Hoyle’s interpretation of the big-bang process); there might be many fractal gravitational big-bangs, in a huge Universe in which each galaxy is a relative atom. Again this interpretation gives meaning to the standard inflationary Universe, whose enormous size wouldn’t be the sum of a series of parallel Universes but the same Universe made of fractal gravitational/ quasar big bangs. In the graph, those 2 cosmic fractal big bangs give birth to a huge universe with101012 ‘galactic atoms’.

The fractal theory of a dual big bang is thus self-similar to the inflationary theory but without the logic errors of multi-universes. It postulates a first gravitational big bang of dark Entropy at z=10-100 c (which seems to be the limit of redshift observed in the limits of perception of our cosmos).

In the graph, the birth of the ‘huge universe’ (no longer the hyper-universe) would have taken place from a black hole of the minimal scale of size of 10-35 m. and maximal Planck’s density during a gravitational, superluminal big bang that split space-time into 1011 different fractal bubbles of gravitation – many universal cells like ours in which light universes would later develop. Those gravitational bubbles, while connected by non-local gravitation will not interact with light since the mean life of a reproductive light ray, as that of the stars it creates is around 1010-11 years and so light from those far away ‘atomic galaxies’ cannot reach this one.

Recap. There are not multi-universes but fractal Universes created with 2 self-similar big bangs in 2 scales, the gravitational and light scale.

So far so good, very clever and one must say beautiful. but the data does not quite fit. And so we will latter on considering some squeaky sounds of the data, which fit better into a local quasar big bang.

Which is from an objective point of view far more logic – to think that we see only a local galactic –neutron big bang of an eternal, vaster, quasi infinite Universe, where man is just in some photon of a hydrogen-like atom NO seeing much of it, just the distance of the lifespan of a light ray, which dies away and erases its information about 1011 years after birth.

Again we do NOT claim to have the solution, but rather as T.Πalways do, enlighten the whys of the big-bang (the cosmic neutron scale) and give an alternative (a myriad of galactic neutrons with a local B.R. existing perhaps in some hydrogen like cloud which might extend to a much larger distance beyond the darkness of the death of light where information no longer reaches us).

We could of course accept the big bang would be much better for 5D physics – to go with the flow. But that is too easy.

It is far more rigorous to do a thorough analysis of the big bang with T.Πand the scientific method, to figure out if astrophysicists are really observing the whole Universe as a super-beta decay 4 scale up of the 5d Universe, or perhaps they are overreaching what we perceive experimentally.

Each symmetry of 5d physics IS THE SAME ternary ‘simple’ game, but data does not fit for a cosmic big-bang.

each scale just introduces in a Universe of infinite monads with different perspectives, those different ‘ternary organisms’ of physics, but each one must be coherent with data and hence as data does not fit in a single entropy cosmology, data makes even more strident the point of view of present cosmology.

And the proofs are overwhelming from the 4 necessary perspectives that structure any Universe:

The spatial, mathematical perspective; the logic, temporal perspective, the organic 5 Dimensional perspective (as a system co-exists in 3 5 d planes due to its multi-organic functionality) and finally the mental mathematical perspective which must be objective, but of course understand the limits of the language, and the specific ‘frame of reference’ we use to make maths with.

So if we can describe a fact from all those perspectives, certainly it will exist. And indeed ‘big-bangs=death of matter’ exist in all scales. But an only entropy world does NOT. It would have simply died away. All systems must be ternary and complementary in space-time and scales to be.

As any being tends to exist because it can play all those roles within a larger whole, and it is sustained by those scales within its own structure. And this means we shall offer an organic vision of galaxies, a perspective from its central black hole dominant point of view, a mathematical perspective and topological analysis of its form, and a logic, temporal perspective of its evolution, to fully describe it.

And so we used all those perspectives to study the larger whole (the cosmos) and the lower parts (its stars).

In that regard, all systems must be observed in those symmetries, of which the most important is the 5D symmetry of the being as a whole made of smaller parts and as a part of bigger wholes, which in physical systems are the atomic, electromagnetic quantum perspective, the individual, material, thermodynamic perspective and the cosmic, gravitational perspective.

The Universe manifests all its beauty in the symmetry between the lowest and largest limits of human perception; the ‘finitesimal’ atom and the ‘whole’ galaxy.

In ¬Æ there are not infinitesimals as all planes of the 5th dimension have a limit in its smallest perceived particles that become ‘fractal points’, ‘finitesimals’, but when enlarged do have volume as Non-Euclidean points crossed by a finite number of parallel space-time cycles.

It all depends on the relative perception of the point from below as an ∆-1 finitesimal or above, as a whole.

Those fractal Œ feel the center, from its Œo scale, but when seen from below, as œ-1 are in physics h-quanta, point-particles and point-atoms; in biology, point-cells; in sociology point-humans – indistinguishable from the upper scale of wholes, which are for h-quanta, point particles, for point atoms, molecular matter, for cells, super-organisms for humans nations and civilizations that handled them with their ‘physiological networks’, economic systems of credit and political systems of citizens.

This Absolute relativity principle is at the core of the duality between atoms and galaxies, which are the 2 limits of human ‘scientific perception of the Universe’.

Below those limits all is speculation about the absolute cosmos and possible more under h-Planck scale of lineal space and cyclical time, what physics call open and closed strings.

image077

Now this is is a fast layman review of the alternative Universal model, which puts man in his just measure and truly upgrades and resolves all themes of cosmology, physics and science. As all other ternary models of cyclical time I have worked on – notably those of history and economics studied in other post here, in yet another resume of the whole adventure of man fro the perspective this time not of the evolution of the galaxy but of planet earth, it has no problems with reason but with ego, anthropomorphic religion and people-castes in power.

And those are elements I cannot solve as a mere scientist. Problem though of the present homunculus ego with his ‘pick-up by ego and happy wishful thinking’ theories of this planet, the galaxy, the role of man and his machines and weapons and the self-importance of our governing elites and indifference to the rest of mankind and our risks of extinction is that truth has nothing to do with ego, truth by definition is what it happens, truth is causal, can be causally determined and certainly is not impressed by authority. Since ‘those who impose truth with power’ are the laughs of the gods (einstein). So the gods, logos, mind of the universe is the one which will dictate its judgement day on entropy only-theories delivering to man his gods of entropy-death if that is what we want the Universe to be… they will say:

Let it be


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