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worldcycle: 3±i ages

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The Three Ages of Galaxiesimage067

  The life cycle of a galaxy goes through 3 ages, evolving from a young, extended nebula into an old small wormhole of informative mass that dies in a quasar Little bang of dark Entropy and quark matter. In between, galaxies live a longer, mature toroid, cyclical steady state, fluctuating every 14 billion years between its spiral and elliptic form, while absorbing interstellar dust, which creates new stars and feeds the central Worm Hole.

In the graph, the structure of a galaxy can be compared according to the homologic method of self-similarities between the ‘elemental’ units of each scale of reality with an atom vortex or with a cell, with a central DNA of social worm holes and a protein membrane or halo of quark, dark matter, made of energetic strangelets and microholes.

The ages of a galaxy in time are the same of in any other space-time field. Each of those ages or time events can be divided according to the law of ‘ternary diversification’ of time events into spatial processes into three spatial forms of reproduction. Thus, a galaxy can be created by three processes:

– Seminal conception and Youth: Galaxies are created with three types of reproduction:

-Max. Es: A galactic Little-bang quasar catalyzes the evolution of gas into stars. This birth is similar to a star Little-bang (nova) that catalyzes also the creation of stars or a Hypothetical Universal Little-bang that catalyzes the creation of galaxies.

– Es=Tƒ: Palingenetic conception, when the informative nucleus of Worm holes of a giant mother-galaxy emits a huge jet of dark, quark matter that ends into a baby galaxy.

– Max.It: Social evolution of energetic gas that creates complex star structures.

-Es=Tƒ. Maturity/reproductive age. Galaxies enter their steady state of reproduction, in which its spiral structure matures: stars gather in social groups and at its center a Worm hole, the informative nucleus, structuring its body of toroid, cyclical paths of stars.

Galaxies then mutate back and forth, from spiral into elliptical vortices of mass, feeding on interstellar gas, in a cycle that creates and destroys its spiral bar every 13 billion years in a quasar Little-bang that renews the Galaxy and coincides with the parameters of the cosmic Little-bang of continuous models of space-time.

– Max.It; information age: In their 3rd age, once galaxies exhaust their interstellar gas, their central Worm holes digest their star bodies, becoming globular, spherical forms with a hyper dimension of informative height, till they exhaust all their star Entropy. As dark galaxies, without the drag limit of c-speed caused by their electronic and radiant matter they now accelerate as pure worm holes up to z=10c; forming invisible, complex networks of dark matter.

It must be noticed that as all systems that go through 3±i ages of evolution, the final stage after its 3rd informative age has ‘2 solutions’, death and reversal of form into Entropy or ‘transcendence’ into a higher super-organism, communicated by the language of information of the system (so insects evolved into successful anthills while others become extinct and humans evolved into societies while most other mammals became extinct). Thus:

   – (∆-1): Some galaxies die as quasars, becoming again according to the inverse symmetry between the 1st and 3rd youth and old age of all systems, irregular galaxies that will feed a new cycle of galactic creation. So irregular galaxies are both the youngest and oldest forms of the Galaxy, a fact that still confuses cosmologists.

   – (∆+1): And those with a higher quantity of informative black holes in their nuclei evolve socially as cannibal galaxies, forming galactic networks in cellular groups that evolve socially into the large scale structures of the Galaxy. Their central Worm Holes grow, swallowing radiant matter at growing speed, and perhaps evolving with many other galaxies into a cluster Galaxy, of which there is no enough experimental evidence.

Thus, we differentiate the Little-bang or death of any scale of the Galaxy from a Little-banging or reproduction and self-organization of the present Galaxy and a 3rd age or Little-crunch, followed by a Little-bang or a process of emergence into a superorganism, which creates a generational cycle for any fractal space-time in 3±i ages.

The Huge Galaxy and its galactic, fractal Little bangs.

Since the age of a galactic cycle, 13 billion years, is the same that the age of the cosmological Little-bang, as Fred Hoyle affirmed, the cosmological, continuous Little-bang might be the sum of all galactic, fractal Little-bangs and the Huge Galaxy is not expanding as a whole. It will exist in a steady state, in which the knotting of space into mass by galaxies would compensate the expansion of mass into dark Entropy in the interstellar vacuum, which causes its expansion. Further on Little-bangs at the lower galactic scale, caused by the quasar explosions of its central Worm holes when they break their bars every ±14 billion years should be the origin of the second proof of a cosmic, continuous Little-bang – the excessive quantity of helium in the galaxy – found precisely in bigger quantities on top of the central Worm hole. Finally, background holes born of planetoids would redshift radiation at 2.7 K. Thus a fractal quasar Little-bang provides the same experimental proofs and better theoretical explanations, eliminating the multiple contradictions of the cosmological Little-bang.

Thus, a steady state theory of the Galaxy combined with a fractal theory of multiple Little-bangs/quasars, as it was reformulated mathematically by Fred Hoyle, in which the multiple, constant Little-bangs of galaxies into quasars are responsible for helium formation, redefines the Galaxy as a huge fractal scale of cellular galaxies in eternal balance with the expanding space, where light devolves back into 10 c dark, gravitational Entropy and dark Entropy warps into light by redshift and dark matter into galactic matter, imploding space:

Sp (dark Entropy expansion) = Tƒ (dark, quark matter implosion)

Such balance, coupled to the constants of proportion between the energetic and informative elements of a complementary system,. explains also, without appealing to the magic anthropic principle, the universal balance between matter and radiation, whose probabilities otherwise are null. Indeed, why matter and Entropy are in balance in the Galaxy at this exact moment in time, in a proportion of 1 to 3 (as mass is bidimensional and radiation 3-dimensional) if their relationship is dynamic, changing all the times, with Entropy winning the battle and expanding faster?

The answer is: because the Galaxy and any partial system within it exist in 3 to 1 balances between their Entropy and information/mass and when those vital constants of balance break the system ceases to exist.

Recap. Galaxies live through the 3 same ages of any space-time, born as seminal flows of dark Entropy and electromagnetic radiation, ejected by giant galaxies that condensate into quarks dark matter and an explosion of electronic forms and the creation of atoms and stars, start the reproductive age that will collapse into a central Worm Hole, back to the original quark-gluon soup that gave it birth.

While the study of the different isomorphism should go on line 3, as I was looking to old 2 decade files of the first self-published book with 5D physics (physics of time, now ‘extinct’ unless some ‘Nobel prize’ or university kept it), I found this funny graphs, on the duality and ternary symmetries that give birth as usual in all systems to the 6 main species of ‘female ternary space-time species’ and ‘male ternary space-time species’, to use the organic jargon I have always preferred and of course made T.Œ unpalatable to any reader in the past (-:

5D scales of the galaxy: ∆-1: quark families, ∆-cosmic bodies, ∆+1: parts of the galaxy.

687LOCAL BIG-BANGS.

The meaning of time in classic physics.

Now, absolute relativity, the philosophy of science behind this T.Πis even more radical in the separation of man from the Universe.

Every fractal part of the Universe is a super-organism that has obeys 10 sets of isomorphic laws, as parts of the same fractal space-time reality. We are all made of time motions, seen sometimes as space dimensions, hence equal in  substance though not in quantity (spatial size) and quality (speed of information) and complexity (number of co-existing scales of the 5th dimension, bits of information and bites of energy a given Œ-knot commands)

However, all these points are subject to the ego paradox: as every point of view perceives a limited part of reality to ‘fit’ it into its relative infinitesimal point of view or ‘mind, the ‘whole’ of each species understand only reality from its limited ‘one-dimensional point of view’, and considers himself from his ’10th Dimension’ as a whole, the only intelligent being of reality. Subjectivity is thus essential to the being.

And so it has been to humans, who always considered themselves the center of the Universe.

So alas, we shall latter expand those proofs of the falsity of the big-bang, which however can be perfectly explained as the big-bang of the lower scale of the 5th dimension below the cosmos, that is a quasar big-bang of a galaxy, either the previous cycle of the milky way galaxy, or the explosion of a giant galaxy in the local cluster, from where the local group fed on to reproduce the Andromeda and Milky way and dwarf galaxies around it.

A quasar big-bang we shall prove eliminates all those errors, the background becomes local and hence does not break Lorentz invariance (relativity), the galaxy has the same density of matter needed for the big-bang, a quasar is a reversal black hole explosion which happens to be the exact equation of the big bang (also a reversal black hole metric equation) the age of the quasar cycle tabulated between 10 and 20 billion years is exactly the same than the big-bang, it is NOT an illogic theory, as there are infinite galaxies in an infinite Universe the abundance of helium in galaxies does happen more in the center around the black hole where the hadron epoch formed them, and the ages of the big-bang do apply all to a quasar big-bang, and the local measure of the background radiation which FIRST and for very long was considered the background radiation of only the galaxy, fits, and as we shall see in the next picture, in fact the map of the galaxy is exactly the same of the background radiation:

A galaxy (ours) and the supposed big-bang of the universe, which shows the same form and raises doubts about the local measure of that radiation (the reader can observe the central lobes of ¥-radiation similar to those of the electron, which the prestigious astrophysicists Smolin and others were analyzing very carefully, since they thought they could see a different light speed in the upper and lower lobe after 13 billion years of time travel 🙂

All systems are a sum of quantic cycles that absorb, emit and transform spatial energy into temporal information: SP ≈Tƒ

That equation, decomposed sequentially in 3 phases, a first age of max. energy, a second age of balance and a third age of max. information, explains the existential cycle of any space-time field.

In a graph with energy and information coordinates those 3 ages resemble the geometrical form of a cycle that moves upwards, absorbing energy and information till in its 3rd age looses its temporal energy, collapsing back to its origin. On the right side, the same 3 ages show in the Taoist, Korean flag, where a line is the symbol of continuous yang-energy, which yin-time quantizes into ‘in-form-ation’, from youth to death.

 

 

V. LITTLE BANGS.

Screen Shot 2016-05-16 at 17.23.07

In the graph, the most likely interpretation according to the laws of the scientific method, resumed in the acronym formula, E=Sce (evidence, simplicity, cyclical repetitive ‘laws’, correspondence with previous theories and ternary Complexity, born of the iterative repetitions of the Generator of fractal, cyclical space-time), further proved by the ‘ad ons’ of 5D T.Œ: Time arrows, Organic structure, and Complex Ternary symmetries in 5D cyclical space-time, added to that formulae (T.œ=Sc3); the most likely nature of the big-bang is local – very likely the quasar big bang of a 20 billion years cycle of life and death of the Milky Way, a barred galaxy, which is today exactly in its form on the 14 billion years mark of that tabulated 20 billion years cycle of Barred galaxies.

All the problems of the cosmological big-bang both theoretical, metaphysical and experimental, quantitative can then be resolved. Theoretically the equations of the big-bang are just the entropic, reversed, death equations of a black hole. Such explosion would account for the amount of Helium near the center of the galaxy, and the density of matter-radiation, which coincides with that of the galaxy. The asymmetries and form of the background radiation obtained in local measures will coincide with that of the galaxy too. Its origin on the local big bang from the remote past, or most likely on the activity of ‘Moon MACHOs’, the smallest black hole particles of the ‘triad’ of 5D scales of mass in the Universe, which if having the mass of a moon planetoid (the most common cosmic object of the Universe) will produce exactly the same redshift temperature radiation. And so on and so on…

The fractal structure of the Universe on the other hand will account for the expansion of the intergalactic space, the cosmological entropic vacuum scale, where ‘Gravitational transversal waves’ will act as repulsive gravitation, in the same manner their microcosmic equivalent in the charge scale act between particles. While the vortices of contraction of vacuum energy into mass – galaxies will balance that expansion, on the flat plane of the spiral.

In the graph, we see then the characteristics of those multiple little quasar bangs, in which dark matter made of the heaviest 2 families of mass (top/bottom/charm quark combinations that form the atoms of black holes and strange quarks that form the core of neutron, pulsar stars and strangelets in the halo). Thus they would account for most of the mass of the Universe. In terms of mass energy, as we consider on the present formalism a 4-vector momentum with 3 dimensions for space and one for time-mass, ultimately we observe a 3 to 1 proportion between ‘Lineal Space’ (G-waves of repulsive transversal gravitation) and the dimension of mass.

The galaxy on the other hand, does NOT contain repulsive gravitation as it is the interior region of the galaxy atom, which is purely attractive. Its configuration is equivalent to the theoretical configuration of the ‘cosmological big-bang’ now reduced to the barred galaxy big-bang cycle. And so we find again the ternary symmetry of the III families of mass, which form the 3 components of the galaxy atom, its ‘strangelet’, negatively charged Halo, its positively charged central top quark black hole, its 3 invaginated networks of information and energy (neutrino and photon background) and the plasmatic ud-mass of light mitochondrial stars. What is the role of the planetoids made of atoms in which humans exist. They represent only o.1% of the total mass of the galaxy, as almost all ud matter is in the form of star plasma.

So we might conclude, humans are NOT that important; an planetoids and planets on the 1 to 106 relative mass scale we find between moons and the heaviest Jovian planets which can be considered small not-ignited stars are the scalar range to feed strangelet matter that will end up in the Halo. This simple harmonic scale has only a problem: anthropomorphism. It makes us irrelevant, it puts the high popes of astrophysics back to Earth on their delusion of understanding the whole with a human self-centered perspective, and certainly makes sheer madness the experiments now carried out on Earth in search of self-feeding self-reproductive dark matter (strangelet quark-gluon soups, now starting to be produced at industrial scale at CERN and future accelerators at China).

We can now consider if briefly the ages of the Little-bangs that happen all over the Universe every time a Galaxy lives and dies, returning to the Dark World. Even if we were describing the Little Bang of the Cosmos, it is a necessary perspective for the ego-centered human to reduce its cosmic, galactic, universal epithets to the lowest of all perspectives, that of a microbial species, ‘Cantor dust of space-time’, ‘rational zero interval of the irrational infinite’, humble 0-mind who matters not more than mater. And this I advice to the reader, because it is the best way to survive and go around the Universe.

In any case, even if the cosmos had a big bang of 14 billion years, from ∆+5 it would be an infinitesimal point dying away on the truly absolute Relative Universe. So we will call all big-bangs, little bangs. As that is the meaning of it.

Now this is the most likely reality – a Universe in the ∆+4 plane, beyond the ∆œ human perspective of a relative infinite number of galactic anti-atoms (as the symmetries of 5D are inverse and so we need to jump two scales to find a similar being, 2 scales of life to find robots-like insects, to scales of cells, to find nations-like cells, DNA-like humans, and so on.)

So those anti-atom galaxies might be part of a larger bang, the cosmic little-bang, which however would be of a dimensions that we, infinitesimal inhabitants of a galaxy anti-atom cannot even imagine and it is not worth to explore.

So we shall reduce ourselves to the description of the Little Bangs, we do know about, with the laws of 5D physics.

The death of micro-light waves.

Now in 5d physics, tiredness=death of light is not provoked by the smearing of light paths by dust and other ‘chance’ collisions of light, which would rightly as Zwicky pointed out smear the image of far away galaxies, but exactly as in the cosmic big-bang and general relativity by the expansion of the underlying space-time ‘scale’ of the Universe, ∆-1. The difference though is that in 5D physics:

  • The c-limit of speed only applies to ‘galactic space-time’, where the underlying gravitational space is ‘contracted’ by the -c2t2 factor of special relativity (simplest formalism), due to the frequency creation of time-information by light over the underlying gravitational space-time.
  • When this gravitational space-time is liberated from galaxies, it ‘stretches out’, dissolving its information into entropy, and its speed becomes ‘NON-LOCAL’, from the point of view of a light space-time observer. The formula is immediate. As V=S/T, and Time stores information, as information disappears (invisible gravitation), then C=S/o-information = ∞. Thus the Universe becomes infinite non-local and this allows that the cosmological Un+4 scales IS connected into a present ‘spatial view’ (the previous artistic graph).

Now this fact is essential to the scales of 5D systems, as it ALLOWS the fundamental symmetry between time ages and present still space-organisms. All SCALES of the 5th dimension MUST have a force able to create a relative simultaneity in a single time quanta that communicates its parts to create balances and metabolic equilibriums. Thus there MUST be a relative non-local faster than light speed, with less T-information, and this is ‘dark energy’; which we consider to be the ‘repulsive electromagnetism’, of the galactic atom.

It is then easy to see that the speed of such G-waves would be infinite in terms of human perception, and the quantity of information they carry minimal. Indeed, if we consider a ‘Hertzian’ wave at this scale, it would carry a bit of information for several parsecs. But it would allow a spatial view of the Universe.

All this of course belongs to metaphysics, which as we said is the true nature of cosmology, as there is no way to perceive experimental evidence  ‘outside’ the halo meaningful.

Yet the linguistic isomorphic method make us to consider a reasonable assumption that scales beyond our perception will follow the same isomorphisms of scales within our perception. So we can use the same formulae and deduce the non-local invisible nature of G-repulsive Giant Transversal gravitational waves between galactic-atoms and within each internal atom, to control the stars and halo of the galaxy.

Now from the perspective of a light space-time observer the space-time between galaxies, being invisible won’t be observed as a tachyon, faster energy wave, but as a dilating distance. And so it will be seen as a cosmological expansion of space (balanced by the implosion of each fractal galaxy atom, to maintain the whole Universe in immortal balance).

Thus the effect on micro-light waves will be the observed red shift.

Indeed it follows that what we call light does travel through the expanded intergalactic gravitational space-time, and red shifts.

A second phenomena also must be observed, namely the ‘internal’ death of light, as all forms of the Universe do have a world cycle. The light world cycle is likely to be of a mean 10 billion years similar to the life cycle of its ‘photonic quanta’, the stars of galaxies, which are basically dense configurations of light and plasma; the equivalent to the particle state of light. And this 10 billion years light world cycle is what we observe with an expansive age of light as it goes through the world cycle, further accelerated in the 2nd part of the world cycle (5 to 10 billion years).

It follows also that the furthest stars will emit ‘younger’, longer living light, so the further we look onto the galaxy, we shall see arriving to our galaxy, only younger stars, till a point where we do not see more light coming.

Further on, as all forms are relative ‘pi-cycles’, whose membranes do NOT let see the external universe except by its ‘holes’, the halo of the galaxy must limit as all membranes what we perceive from outside. This again happens in any entity inside a super organism. Our cells do NOT see the external world, and only the sensorial eyes do see it. So the next question is how much is ‘dark energy-space-matter-form’, from an inner observer of a relative fractal knot of space-time.

The calculus of an ideal pi cycle is immediate. As a pi cycle is made of 3 diameters, with outer holes between them, in our curvature electronic space-time minds, where pi is 3.14, we ONLY see through o.14 holes of a 3.14 diameter. so there is a 3/3.14 darkness, of regions we do NOT see from the interior of a pi cycle.

As it happens, 3/3.14 = 96% which would be the dark world for any inner relative mind point of view. As it happens dark matter and energy accounts for 95%, which is there and we do not see. It is then the halo the membrane that ‘darkens’ the Universe?

We do have for the sun the membrane called the Oort and Kuiper belts… But they are internal to the super organism of the galaxy, so we shall discuss it on its scales. but still they do darken part of the galaxy despite being internal ‘open’ cells. The galaxy though IS the true fractal point (the equivalent of the atom, darkened by the electron and the Nuclear force cover).

So the reader should understand how much uncertainty exists in cosmology.

Back to our theme of the cosmological redshirts and its now ‘3 causes’ (as always in the ternary Universe) we can write them within a Generator equation, this time expressing the 2nd Non-Euclidean postulate of lines≈waves of communication:

Tƒ (emitter: Original red shift by expansion) < ST (red shift by wave dying) > Tƒ (Halo, likely ‘blue shift’ back to create background radiation and reduce to c-speed the wave).

Those 3 components are just a case of the Fundamental equation of particle physics:

Tƒ(Fermion)< ST (Boson wave) >Tƒ (Fermion)

applied to the upper cosmological scale.

The study of that equation in 5D physics is an entire field of cosmological research for future 5D cosmologists, if we survive the age of ‘lineal macho-man Neanderthal physics’. So here we shall make some comments on the death of light (ST cause).

As light dies away it is canonical in 5D astrophysics that entropy will elongate as all death processes the space-time, which in terms of the duality motion=form (Galilean paradox) means an increase of distance. Moreover, because light does have a 10 billion mean age (same for stars made of light, here the part does live as the neurons and the head, the same than the whole but NOT longer; so light dies before the stars mean life). This moreover explains why after 5 billion years, its maturity at the height of its world cycle, life accelerates its death-elongation into red color, till fading away. Which also explains why we do NOT see more radius to the Universe:

Light cannot come from beyond that radius because that is the limit of its life NOT the limit of the whole, but of its waves of information, its minimal part.

Indeed, it seems that light beams and light-evolved entities (stars) have a mean cycle of 10 billion years, after which they suffer an energetic big-bang expansion – stars explode into Novae and light gets tired and expands in a redshirts process, returning to its gravitational, non-local lower scale of dark Entropy.

This of course explains why far away light red shifts and seems to expand space: it is dying and beyond those mean 10 billion years an increasing ‘darkness’ is observed in the Universe, which a simple Gauss curve of probabilities show to be almost absolute beyond the x+1/3rd 13.3 billion years range.

Again physicists don’t see both, the dual space and time views of the Universe but only the temporal big-bang, which considers a cosmos in time failing to analyze it in space as a simultaneous system connected by non-local gravitation. So they think darkness is not caused by the spatial death of light, which they merely use as a clock of cosmic time, thinking therefore that beyond those ages we enter into a temporal darkness – and the Universe didn’t exist.

image031

In the graph, we illustrate how complex physics, using the same data that Simplex physics of a single space-time continuum can resolve the puzzles of the Universe. Cosmologists have found that light coming from far away galaxies seems to decelerate and accelerate its red shift till dissolving around 1010-11 years after its emission. And they affirm this is a proof of an expanding Universe, as they apply a local phenomenon, the life/death curve of light self-similar to the life-death curve of any entity, which increases its frequency till its ½ life and then decreases, becoming tired till death, to the entire space-time of the Universe (a global symmetry).

The tiredness and world cycle life-curve of light however only applies to a local phenomenon: light tires and red shifts at the end of its journey, dissolving back into gravitational dark-Entropy, which is perceived as an expansion of the light-membrane, but that effect is compensated by the contraction of space into mass in the galactic vortices giving us a zero-sum.

Let us then study in descending scales those 3 little bangs.

5D Lorentz Invariance: A 4D cosmic electron membrane of the canonical big-bang.

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We do NOT fully deny the cosmic scale of the big-bang, which 5D somehow makes logic (it would just be another scale of big-bang of an atom-Universe. There are certain basic numbers that back that opinion. The number of galaxies, 1011 is the constant of social order between planes of the 5th dimension.

The relationship between the Force of Gravitation and Charge (temporal curvature), is according to some estimates (already noticed by Feynman and I believe Eddington), the same that between the radius of the proton and the Cosmos (spatial length). So it fits in 5D Metric: Sp x Tƒ = K, better than a possible ‘local cluster’ big-bang with lesser radius. But those numbers have been varying a few potencies of 10 here and there. In any case it is a proof of the force of 5D metric that even if we ultimately reject the cosmic big-bang for lack of experimental data, we can for the first time explaining rationally without creationist ideas.

The spatial symmetry on 5D big-bang; all galaxies are in the expanding membrane of the ‘electronic cover’ of the cosmic neutron explains Lorentz Invariance nicely.

Now in the parlance of physics, this mind point of view is called ‘relativity’, which implies we cannot distinguish frames of reference when we choose one at its center.

Now in the present format, the ‘subjective use of the human frame of reference’ at the center of the big bang, could seem a misinterpretation of the meaning of the Lorentz Invariance to suit ‘us’ – ultimately another ‘anthropomorphic’, man in the center, reality only what man can see, subjective theory of religious ‘nature’.

But this would be an easy critic. An not an accurate one. Since In the case of the previous picture for that to be real – not frame of reference – the solution of physicists is obvious and quite smart and realistic: the entire picture is actually NOT a ‘volume’ but a membrane, like the expanding surface of a globe. If all the galaxies were pegged in the expanding surface of an SP-Membrane any POINT would see the rest of the cosmos which being so ‘large’ would appear as a flat surface, in the same way we see the Earth as a flat surface and any point on the Earth could in principle if light would curve a bit through the surface see the entire globe as a flat picture.

Of course those models are available in the ‘avalanche’ of ‘fantaphysics’, that is mathematical games without a criterion of selection. On my view the more interesting is the one of Mr. Merab Gogberashvili where he shows that if the Universe is considered as a thin shell (a mathematical synonym for “brane”) expanding in 5-dimensional space then it is possible to obtain one scale for particle theory corresponding to the 5-dimensional cosmological constant and Universe thickness, since it solves the hierarchy problem in a similar fashion – in this case the smaller scale of particles do have more ‘energy and information – that extra-dimension and further on our Universe is stable since the extra component of the Einstein field equations giving the localized solution for matter fields coincides with the one of the conditions of stability.

Latter the Americans proposed the closely related Randall–Sundrum scenarios, which have as usual become more popular with the Anglo-Saxon drum beat of self-propaganda (this is common in the history of science since the times of Leibniz to the times of Landau->Hawking and Linde->Guth).

Now in our terminology this means the following, generalizing it to 5D Geometry, which is NOT so much concerned with ‘spatial geometry’ but with the arrows of energy and information that transit between scales:

Now one of the beauties of 5D science is that we can take any relative ∆±i scale in our analysis of reality and change slightly the perspective and will get a meaningful view of it all. So when we take the largest ∆+i perspective on the being we see it as indistinguishable atoms, but if we have an ∆-1 perspective it looks like a ‘living cell’, which is a very convenient perspective to study the whole, as we observe it perfectly together, surrounded by a cyclical time membrane, with a nice central o-point and a series of perfectly designed organic cycles.

This is the perspective we can have of a nation, as a cell of the superorganism of history with its borders, human DNAs in its homes connected by networks of economic energy and legal information. Or the perspective of a human cell-citizen, or a biological cell. This is the best way to study the galaxy as a cell of the superorganism of the Universe made of 1011 of such cells. The structure of the galaxy cell thus will ‘focus’ this article, since it is the perspective, which we can elaborate with a minimal amount of information to make it a likely truth.

Of the Universe as a whole we cannot make such a big statement of truth, as astrophysicists, human ego-centered masters of the Universe think, but we can keep exploring their cosmic big-bang, and explain it as a 5D probable truth. We shall see it is of the two possible explanations – an extensive Universe of multiple atoms/cells/galaxies well beyond the limit of the cosmic horizon, vs. a growing beta decay universe or a cellular organism, the 2nd likely explanation. So for probabilities of truth, we range them as:

Max. truth: quasar big-bang < Med. Truth: Cosmic big-bang < Min. truth: cellular cosmos.

Ultimately though the 3 of them admit a larger ∆+1 scale of the Universe, a… Hyper-Universe and big bang death.

The mimetic ages of Little quasar bangs.

Now it what follows we are going to deal mainly with 1 theme, the organic structure of the Galaxy and its parts according to the Generator Equation.

It is within that structure that big-bangs of any of the scales of matter represent merely the entropic death of the matter vortex in a quanta of time according to the equation of death of any system, physical or not

Death-big bang equation: Tƒ<<Sp: Max. Sp x Min. Tƒ->Sp=∞ x Tƒ=0

So it is not a big deal, which is the scale. As we have explained it matches 5D metric including the inflaton field: Sp x Tƒ = K. Thus in an infinitesimal time quanta (10-42 in the big bang), in a similar account the Universe expanded a similar quantity (1042 proton radius in the big bang). It is simply too large with the data we observe. So we imagine that the QUASAR-bang will follow exactly the same metric, and ages of the cosmic bang, but the relative Time speed of the Galaxy when the bang-death of entropy of the black hole took place will be slower, of the range of top quark interactions (10-25 seconds) and the diameter of the central black hole once it expanded after its death will be that of the galaxy: 1021 meters.

In brief, the ages of the Little bang are far less speculative as sciences must be than the big-bang. Its first quanta of ‘death’ of the black hole did start when the speed of time clocks of the black hole went under the mean life of its particles, top quarks, which are the likely cut-off atoms of the black hole. As the little bang expands the galaxy in a similar fashion to a double beta decay that expands the nucleus up to 100.000 times to create a hydrogen atom.

Thus time slows down to the ‘year’ cycle of its ∆-1 ‘cell’, which is the angular momentum of most star systems, the ‘photons of the galaxy-atom’, taking our planet orbit as a mean for them, in the same manner that the cycles of a living human being slow down from its faster seminal system to the day cycle – the mean cycle of its cells, the ∆-1 scale.

This is the application of 5D physics, NOT of weird laws of time. But of the metric of the 5th dimension and the processes of growth of systems which are synchronized to the slow down of its internal time cycles at the ∆-1 cellular lower level. At this moment the system is synchronic between its 3 ∆±1 scales and its space-time measures are in relative proportion.

What is then the growth of the little big-bang. Simple to calculate. If a nucleus of an atom grows 100.000 times to become the electron radius, we just need to multiply the year time of the ‘new galaxy-atom’ for 100.000 times of expansion, and the galaxy should be approximately 100.000 light year of radius.

The same happens in the atom, even if physicists do not understand as they do NOT use variable time clocks, DO NOT relate time clocks to space curvature and attractive power.

But we do have all the data. So in the atomic nucleus, the clock speed slows down ≈ the attractive power diminishes ≈ the curvature diminishes ≈ as the radius of the strong force grows to the radius (clock-curvature-speed-angular momentum) of the Electron. And again we can do similar calculus: the electron of the Bohr radius has a mean speed of 3.000 kms, which multiplied by the fine structure constant gives us the c-speed, or space- time speed of the proton-black hole vortex radius, which is 100 times stronger than the electronic force – again the same relationships in proportions and decametric scales, which will be treated with more rigor in the 4th line).

So back to the galaxy that should stop its expansive phase when the clock goes down to a year orbital sun and 100.000 light year diameter. Well, thus experimental evidence confirms this process? As it happens 100.000 years light is the diameter of the galaxy.

This also means that the meaningful nucleus of the galaxy should be around a π light year or parsec, even if the ‘quark zone’ – or true central black hole is even smaller, but we must remember the quarks are surrounded of a cloud of ‘negative pions’, ‘massive particles, equivalent to massive stars. It is this the case of the black hole?

As it happens, the central parsec around Sagittarius A* contains thousands of stars. Although most of them are old red main-sequence stars, the Galactic Center is also rich in massive stars. More than 100 OB and Wolf–Rayet stars have been identified there so far. They seem to have all been formed in a single star formation event a few million years ago. The existence of these relatively young stars was a surprise to experts, who expected the tidal forces from the central black hole to prevent their formation. This paradox of youth is even stronger for stars that are on very tight orbits around Sagittarius A*, such as S2 and S0-102.

Now this and many pages of astrophysical studies that we shall pour on the 4th line when dealing with the organic galaxy merely shows the 5D symmetry, the organic structure of the galaxy that follows those ternary symmetries and the clueless nature of our astronomers (-; though I will not pound on them, since actually I do like astronomers much more than nuclear physicists – they do nothing wrong and had anyone taken seriously 5D in my youth when doing a master at Columbia U. I might have chosen to spend my life in the nice Palma Island Chilean mountains or Hawaii volcanoes, looking at the stars (-; But they couldn’t care less for the galactic organism )-;

Anyway the field of 5D fractal, organic cyclical time applied to astrophysics is ginormous not so much in size in space but in information. So we will just consider a few aspects of it. Along the way we shall introduce some fundamental changes in our theories of the Universe based in T.œ both in its ‘strict belief in the limits of the scientific method’, and the consequences of a cyclical time, fractal space and scalar Universe.

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In the graph, the quasar Little-bang, is the same process that the cosmic Little-bang but limited to the inversion of a central black hole, which dies and goes through the same phases the inflation period, is the period of black hole explosion with its gravitational waves that create the underlying structure over which the following epochs will produce as energy cools down the different particles of the galaxy. This is what it is recreated today at CERN, and might provoke the strangelet formation on its ‘initial ages’, which are stable usd lumps that could swallow the Earth.

There is besides the job of 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 Little-bangs’, of any type of scales into the ages of the known-known particles of matter, as the slow down of speeds of time and enlarging of spaces allows the symmetry to break into the positive and negative sides of each ‘plane’ of the Universe.

It is not so different from classic astrophysics, except that is simpler more symmetric, experimentally sound, theoretically meaning and so it makes sense (-;

Now of course we can ad for the pleasure of those clueless astrophysicists crunching numbers the unknown scales of the possible atomic cosmos.

They start ‘faster’ than we do. The little bang of the most likely scale of Galactic matter, explains HOW FROM THE c-faster ok colder, super fast time cycles of the Higgs-top quark-black hole fields, through the ‘creation of ± symmetries of speed, energy, charge, and momentum’, all other forces and particles are born.

The chronology of the Galaxy describes the history and future of the Galaxy according to Little Bang cosmology, the scientific model of how the Galaxy developed by this point of existence, which is a world I itself (;

The big bang though of the atomic cosmos stars its time on the Planck epoch, using the cosmological time parameter of commoving coordinates (never mind what it means, nothing really 🙂

As of 2016, this expansion is estimated to have begun 13.799 ± 0.021billion years ago! – you know how ‘precise’ are the scholars who know nothing but think to know it all – humans after all. Wouldn’t be a bit less ‘obvious’ to say just 13.8? (-: LOL, do remember that the exact minute of creation was precisely estimated last century by a British priest on the A$$-breeders calendar, now running at 5777 – 7 being the magic number of Babel…

It is convenient to divide the evolution of the atomic Galaxy or cosmic string, so far into three phases. They just differ in its reality. In brief, the first age of the cosmic big bang is largely speculative and simply accelerates time to the minimal time possible in physical parameters of the ‘light speed limit’, the so called Planck Units of mass, time (the speed of light crossing the minimal radius of a string-neutrino, etc.)

Fantaphysics. The I never proved age of Cosmic physics.

Before a time classified as a Planck time, 10-43 seconds, all of the four fundamental forces are presumed to have been unified into one force. All matter, energy, space and time are presumed to have exploded outward from the original singularity. Nothing is known of this period. In the era around one Planck time, 10-43 seconds, it is projected by present modeling of the fundamental forces that the gravity force begins to differentiate from the other three forces. This is the first of the spontaneous symmetry breaks, which lead to the four observed types of interactions in the present universe.

Looking backward, the general idea is that back beyond 1 Planck time we can make no meaningful observations within the framework of classical gravitation. One way to approach the formulation of the Planck time is presented by Hsu. One of the characteristics of a black hole is that there is an event horizon beyond which we can obtain no information – scales smaller than that are hidden from the outside world. For a given enclosed mass, this limit is on the order of

L=GM/c2 

where G is the gravitational constant and c is the speed of light. But from the uncertainty principle and the De Broglie wavelength, we can infer that the smallest scale at which we could locate the event horizon would be the Compton wavelength.

l=h/mc

Equating L and λ, we obtain a characteristic mass called the Planck mass. Substituting this mass back into one of the length expressions gives the Planck length

which happens to the be length of a neutrino, something physicists have not noticed too much but makes the neutrino the clearest candidate to be the quanta of the gravitomagnetic waves of the underlying structure under light. and the neutrino theory of light, the clearest form in which light is formed, as light travels its minima time frequency across this length is called the Planck time:

Tp=√h/Gc5 =1.35 x 10-43 sec

Which therefore will be in 5d physics the minimal wave length of light, the minimal ‘planckton’. And we will return to that.

Inflationary Period

In classic cosmology, Triggered by the symmetry breaking that separates off the strong force, models suggest an extraordinary inflationary phase in the era 10-36 seconds to 10-32 seconds. More expansion is presumed to have occurred in this instant than in the entire period ( 14 billion years?) since.

The inflationary epoch may have expanded the universe by 1020 or 1030 in this incredibly brief time. The inflationary hypothesis offers a way to deal with the horizon problem and the flatness problem of cosmological models.

Screen Shot 2016-04-08 at 20.49.55Lemonick and Nash in a popular article for Time describe inflation as an “amendment to the original Big Bang” as follows: “when the universe was less than a billionth of a billionth of a billionth of a second old, it briefly went through a period of superchanged expansion, ballooning from the size of a proton to the size of a galaxy (and thus expanding at many, many times the speed of light). Then the expansion slowed to a much more stately pace. Improbable as the theory sounds, it has held up in every observation astronomers have managed to make.”

Which is none, zero, nill, zip’. Nobody has observed the grapefruit, let alone the Planck Mass, LOL. The problem of course was that to make so big the Universe, and connect al its parts, they needed this concept and so they fitted in.

So what this inflation means in 5D cosmology? Merely the expansion of the black hole ‘neutrino and gravitational wave’ over which light will be imprinted in a second phase.

Of this the Grand Unification Theory (GUT) – the final unification that has been called a “super grand unification theory”, and becoming more popular is the designation “theory of everything” (TOE) says very little. Since physicists “theories of everything” are separated by two great leaps beyond the experiments we could ever hope to do on the Earth.

In that first phase, the very earliest atom-cosmos was so cold and perfectly ordered that its time clocks with no entropy could turn at an amazing faster than c speed of 1000 z in a present ‘liquid wave’ of absolute no friction.

But of course, ‘lineal entropy physicists’ which become surprised every time they find some cold working non entropic reality (which we have been predicting for 3 decades – the last one the quark gluon perfect liquid, which they still call ‘plasma’ 🙂 take of a hot, energetic substance.

Hot is of course meaningless outside the ENTROPIC GAS-molecular state where temperature is a meaningful parameter.

Never mind. According to prevailing scientific theories, at this time no matter particles existed (hence some divine creationism would act soon 😉 perfect explanation for the time speed and inflaton of those first moments, you know God is absolutely powerful.

Now in this theories the distinct forces we see around us today were joined in one unified force. Space-time itself expanded during an inflationary epoch due to the immensity of the energies involved. Gradually the immense energies cooled – still to a temperature inconceivably hot compared to any we see around us now, but sufficiently to allow forces to gradually undergo symmetry breaking, a kind of repeated condensation from one status quo to another, leading finally to the separation of the strong force from the electroweak force and the first particles.

This in the parlance of abstract physics. In reality, it was of course all the way around. The ‘death’ destroyed the perfect cold order of the super-quark-gluon liquid vortex of the hyper-black hole of super top quarks, and the hyper luminal rotation produced through the Kerr axis tachyons at superluminal speed, which expanded the Universe…

But all that is meaningless, so we just will ignore the whole mysterious things and not fill another 20 or 30 questions never answered about the cosmic big-bang (inflation formation of galaxies, isotropies not found at large scale, etc. etc.) as the little galactic big-bang shows no problems of any kind, the back ground radiation meaning simply the galactic background of neutrinos and light produced by the ‘top quark star’ little bang.

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.

 

VI. ORGANIC GALAXIESITS SCALES, SPATIAL PARTS AND TIME CYCLES.

So let us consider the structure of the superorganism of the galaxy, in the same fashion we have studied all other superorganisms of the Universe, using its generator equation; for simplicity in the following order, its spatial 3 parts, its, evolutionary 3±∆ ages, and its Tƒ-point, the central black hole of maximal information that connects it as a ‘whole’ with the upper scale of the 5th dimension, the world of dark matter and energy, beyond it.

Of course, we shall have to correct some errors and anthropomorphic postulates topic of all human sciences, which will make ‘scholars’ feel offended, but we are not concerned with the theories of the day but the larger truth of the structure of reality. So far, so good, within the Galaxy, we must affirm ‘don’t worry be happy’, humans have done for a change a good job. There is a limit of c-speed, the action of space-time of the galaxy; there is a temporal clock structure, mass, which slows down its time clocks as it grows bigger (even in the minimal scale in which mass is meaningful, that of living superorganisms, so the clocks of smaller masses – rats tick much faster than those of the big elephants).

So we can define without further ado the structure of galaxies in space:

 The Three Non-Euclidean Regions of the Galaxy. : Sp (Halo)<ST: stars >Tƒ: black hole.

Let us now consider the ternary topology of the equivalent ‘entity’ to the atom in the gravitational membrane – the galaxy. Thus the generator equation of the galaxy as a Fractal ∆-point is:

E:Halo <stars that evolve Entropy into matter> Tƒ (Black holes)

In the graph, a galaxy is a curved, fractal space-time of huge spatial proportions, hence minimal form (inversion of properties between Spatial Extension and temporal information). Thus galaxies can also be studied in space as a fractal point with 3 regions that correspond to the 3 ‘canonical’ topologies of a 4-dimensional world – an informative center, an energetic membrane, and the reproductive intermediate zone:

– Max. Tƒ: The center of the galaxy is a swarm of black holes, its densest informative masses, which produces the gravitational, informative waves that control the position of its body of stars. Beyond its event horizon, the accelerated vortex of mass of the black hole (Equivalence Principle) should accelerate light, deflecting it into a perpendicular, hyperbolic, informative dimension of height (Kerr superluminal, central singularity) ejecting it as gravitational jets of dark Entropy at 10 C.

For that reason Kerr black holes10 should be called wormholes, because they absorb light but let it escape through its axis as dark, gravitational Entropy, at faster than light speeds.

-Max. Es: The external membrane that limits the inner space-time of the galaxy is a spherical halo of dark matter, probably made of strangelets or micro black holes, which can deviate unwanted radiation by gravitational red shift and/or absorb the Entropy of radiant matter, cooling it down to the 2.7 K background radiation.

Thus those non-evaporating micro black holes and strangelets of great density act as ‘proteins’ do in cells, controlling the inner movement of galaxies and the outer absorption of light-Entropy.

– Es=It: Stars, tracing toroid cycles form the inner space-time body of the galaxy, a bidimensional plane or Klein’s disk that feeds the wormhole and reproduces atomic substances and stars. They ultimately evolve into black holes, which migrate toward the central swarm of holes, residing in the nucleus. In any Klein disk distance is measured as motion and becomes infinite when we cannot reach a limit or barrier (for example the barrier of light speed becomes an infinite Lorentz Transformation). So it happens with the border of the galaxy.

We are part of that intermediate space-time in a Milky Way, limited by its central hole and an invisible border of dark matter, neither of which we can cross without dying; since the speed of rotation of matter around the wormhole and the flows of intergalactic dark Entropy that expands space at light speeds beyond the halo would destroy us. Thus we are trapped in this star and planet, in a toroid cycle that will end evolving the Sun into dark matter.

In the image, the structure of the galaxy: stars are created in the intermediate region and the center is occupied by a black hole.

The energetic medium that transfers Entropy to the fractal quanta of the galaxy is the external interstellar gas. Finally the system is joined by 2 networks of forces: the gravitational, faster, non-local informative, transversal gravitational waves at the cosmological scale; and the energetic, smaller, slower electromagnetic waves at the quantum scale.

Let us study the parts of the whole – the 3 elements of galaxies, stars, black holes and gravitational forces that join them.

Recap. Galaxies are fractal ∆-points with 3 standard topological regions: a spatial body of stars and an informative nucleus of black holes. The closest self-similarity in our world is with a cell.

NOW, THE STUDY of those galaxies in time follows a closer symmetry to that of the galaxy in space:

So the little bang, was the death of the previous galaxy, or according to the quasar cycle of barred galaxies (and ours is a barred one), a 20 billion years cycle of birth and death of galactic systems, in which the central black hole suffers a cosmic collapse of all its matter, and then spits it out in a quasar explosion, starting a new cycle:

Spatial symmetry: Sp: Neutrino & Light background < St-ars > Black Matter

ST-ARS : THE MITHOCONDRIA.

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EXI: stars. Time symmetry

Now, there are ‘believers’ in all human sciences, religions and forms of art, which like to think whatever they do is the absolute truth. This is not how the Universe works. Still, in each cultural age of mankind, there have been teleological ‘priesthoods’, and in the age of the machine, astrophysicists, who sponsor the biggest machines do provide us with a theory of metaphysics, called the big-bang. We shall then consider it also. But as we said, the purpose of astrophysics is to study the superorganism of the galaxy, Its generator equation and its symmetries of space-time, as physics is concerned with the ∆-2 superorganism of atoms, its ∆-3 parts (particles) and its ∆-2 societies: molecules.

So we can do a fast survey of its parts.

Time symmetry H-R diagram. Ages and Evolution of Stars:

starflowchart

In the graph, the Time-space symmetries of stars, along its relative ‘Tƒ’ and Sp parameters of spe ctral type (frequency-form) and spatial size.starbirthage

They form a lineal function except in the Lorentzian limiting regions, inn which stars will both collapse into a big-bang that will dissociate its parts, Max. Sp x Tƒ, but also give birth to a more evolved Max. Tƒ being, which in the case of neutron and black hole stars will imply an evolution from the ∆-thermodynamic scale of ud-quarks into the gravitational scales in 0 temperatures of black holes and neutrons stars

In that regard the life of Stars and its organic form have a simple a(nti)symmetric equation in time and space:

Time antisymmetry: ∆+2: Es: Gas Nebulae≥ ST: H-R sequence ≥ Dwarf, Pulsar or hole

Space Symmetry: ∆+2: Sp: Photosphere ≤ ST: Radiation zone ≥ It: Nuclei

 

grav_heat_eqIn the graph, the balance between the central zero-point of ‘gravity’ and the ST-pressure of radiation.

5D Asymmetry: ∑ œ-1: plasma particles>∏Œ: Stars>∆+1: Galaxy

As in the case of other Œ-species we shall study here its main features, according to the linguistic-isomorphic method starting from the subjective errors of human perception.

As usual humans perceive better the time ages and worldcycle of any species by observing them in space in different states of their time cycle. This is the case of stars and it is called the H-r Diagram, which therefore will be the first symmetry studied here.

The symmetry of its 5D planes is also well known as stars are the factory that reproduces atoms of the intermediate space-time of the galaxy (our ud-matter world) and finally when they die produce both strangelet (pulsar stars) and black holes (huge stars with enough mass to collapse into a reversed particle reaction till creating at op quark star). So the biggest uncertainty of stars happens in the analysis of its central Tƒ-nucleus.

Stars in that sense can only be observed externally and from the external phenomena (granules, magnetic fields gravitational forces) to deduce some of its internal properties. 5D physics allow us to model further the internal Tƒ-center of stars and consider likely the main error of star analysis, the lack of understanding of its internal structure, which as all Tƒ elements, should be highly informative, hence cold. Thus the center of the star must be NOT as hot as the membrane but much colder.

This realization we adventured decades ago for planets, and it was latter proved (planets have solid crystal cores). And it should be proved for stars, whose center should be made of super fluid helium and hydrogen, and likely be able to produce cold fusion (as all thermodynamic processes must have an asymmetric duality between cold processes made in slow time, with minimal energy (min. Es x Max. Tƒ) and hot processes made in fast time with maximal energy (Max. Es x min. Tƒ), in a clear symmetry with the processes of conception (slow informative birth) and death (fast entropic destruction).

So we shall when completed deal with all those symmetries in the aforementioned order.

The H-R diagram shows the 3 ages of stars, through its Entropy & information parameters.

The life, evolution and death of stars are depicted in the H-R Diagram, which classifies stars according to its E & O parameters, as the atomic table does with atoms:

Max. Sp: Brightness or Magnitude, which is a spatial parameter that grows with the size of the star.

Max. Tƒ: Spectral type, (color or frequency), which classifies stars according to its temporal form.

Yet the H-R diagram is only a representation of the 2nd and 3rd ages of stars – since the young age of the star as nebulae of max. Spatial extension and min. formal complexity (as all young ages are) is not represented. So we add on the left side the 1st age of a star as a nebulae of max.extension. Then the H-R graph shows the 3 ages of stars and the main isomorphisms of Es x Tƒ cycles applied to them:

– (∆+1): Most stars are born as spatial nebulae of max. extension.

– Max. Es: Then they implode into blue giants of max. Entropy.

– ES=TƑ: They reduce its size and grow in atomic complexity through a mature, yellow age of balance between their Sp and Tƒ parameters. The sun is now in that balanced age…

– Max. Tƒ: They collapse in a 3rd age of slow decline as its I X E parameters diminish toward its death, becoming white dwarfs.

∆+1: Or they evolve in a loop of growing I X E force (top right graph), mutating into a Worm Hole.

From those elements it is easy to enunciate the main events of the time symmetry of stars:

Star birth

All stars are born from a nebula (cloud) of gas (hydrogen, helium, and a little bit of everything else) and dust.
One such nebula, often studied, is the Orion Nebula.
If the nebula is dense enough, it will eventually start collapsing under the influence of its own gravity.
As the nebula contracts, it heats up and the rising core temperature and pressure eventually causes hydrogen to fuse. At that point, a star is born.
For stars to be able to sustain nuclear fusion, their mass must be at least 0.08 times our Sun’s mass, which is equivalent to about 80 Jupiters.

On the high end, stars cannot be more massive than about 150 times our Sun because they simply produce too much energy and become unstable at that point. (Note that several stars more massive than 150 times the Sun have been discovered, but these are extremely rare.)
When the gravitational tendency to collapse is balanced by the tendency to expand due to the heat generated by nuclear fusion, the star is said to be in hydrostatic equilibrium. At that point, the star is on the main sequence of the HR diagram.
The newborn star will have a luminosity and surface temperature now that will change very little over the course of its lifetime on the main sequence.

Death of low-mass stars

binarynova

Low-mass stars are those that end up as white dwarfs. High-mass stars are those that end their lives in a supernova.
Our Sun is an example of a low-mass star; Betelgeuse is an example of a high-mass star.
Stars with masses 0.08M < M < 10M (which is the majority of them) live quietly and contently, not changing much, for several billion years on the main sequence.

A star begins to die once it converts all the hydrogen in the core into helium.
As hydrogen is used up in the inner and hottest part of the core, the relatively inert helium-rich (hydrogen-depleted) core begins to collapse, and in so doing releases gravitational energy. This energy quickly heats up the outer hydrogen-rich layers and ignites the fusion of hydrogen in a thin shell immediately surrounding the hydrogen-depleted core. As this process continues, the hydrogen-fusing shell migrates outward and heats up the envelope of the star, which then causes the whole star to expand into a Red Giant.

For the lowest-mass stars, core pressure and temperature are not sufficiently high to ignite nuclear fusion of helium. The core then cools while the outer envelope continues to expand. Ultimately, the helium core forms a hot but cooling corpse known as a white dwarf, surrounded by an expanding outer envelope of hydrogen and helium known as the planetary nebula.

The Helix Nebula (also known as NGC 7293) is one of the closest planetary nebulae to Earth (650 light-years away). It is often referred to as the Eye of God on the Internet.

The Helix Nebula is an example of a planetary nebula created at the end of the life of a Sun-like star.

Somewhat higher-mass stars will fuse helium into carbon for a while to produce a denser core composed of carbon “ash” in the center, surrounded by a shell of burning helium, surrounded by a shell of burning hydrogen, which is surrounded by an envelope of inactive (no burning) hydrogen and helium.
If the star has even more mass and thus a denser and hotter core, carbon will start to fuse to produce even heavier elements in the center. Another shell of hydrogen burning will form, and beneath it a shell of helium burning.

Death of high-mass stars

In the next graph we consider the 3 sub-species of stars, the ud, light stars, Strange pulsars (neutron stars) and top quark stars (black holes). The natural evolution of a Given Max Sp x Tƒ function define when the collapse of enough matter can create an w2 x r 3 mass system with enough density of mass to accelerate its time clock beyond c-speed in top quark black holes:

2paths

High-mass stars have relatively short main-sequence lives: Max. Sp =Min. Tƒ.

High-mass stars have relatively short main-sequence lives: Max. Sp =Min. Tƒ. A 15M star, for example, lives for only about 10 million years before turning into a Red Giant.
And in its death, they reverse their function into the maximal informative element of the Universe, the black hole.
When the star first runs out of hydrogen to fuse in its core it will behave similarly to lower mass red giants. It will first begin fusion of hydrogen in a shell around the core and the core will heat and fuse helium into carbon. There will also be carbon and helium fusion into oxygen. The star’s envelope also bloats out to very large sizes (Supergiants).
The supergiant’s core will fuse very heavy elements from carbon and oxygen all the way up to Iron.

Elements heavier than iron cannot be used as a source of energy through fusion. They can, however, be split into lighter elements to release energy, but this process (fission) does not occur in stars.
The star takes on an onion-like structure, with shells of different elements fusing into heavier elements, in progressively shorter phases.

For 20-Sun star, hydrogen is exhausted in the core within a few million years and iron develops within about a day (see table below).
Ultimately, when the star exhausts its supply of elements in the core lighter than iron, the core collapses in an extremely violent event known as a supernova.
The supernova leaves behind either a neutron star or, in the case of the heaviest stars, a black hole.

Density/size comparison of white dwarfs, neutron stars, and black holes

A white dwarf consists essentially of tightly packed atoms which constitute the core of a Sun-like star.
The white dwarf of a Sun-like star is about 100 times denser than the Sun.
A teaspoon of white dwarf material would weigh about 15 tons.
The typical white dwarf is roughly the size of the Earth.
A neutron star is essentially the core of a star collapsed into a ball of tightly packed nuclei.
A neutron star is over a thousand times denser than a white dwarf.
A teaspoon of neutron star material would weigh about 4 billion tons.
A typical neutron star is roughly the size of a city.

A black hole is the collapsed core of a star so densely packed that it has virtually no size.
The infinitely small volume into which all the matter in a black hole is compressed is called the central singularity.
The imaginary sphere that measures how close to the singularity you can safely get is called the event horizon. Once you have passed the event horizon, it becomes impossible to escape: you will be drawn in by the black hole’s gravitational pull and squashed into the singularity.
The size of the event horizon (called the Schwarzschild radius) is proportional to the mass of the black hole.

Astronomers have found black holes with event horizons ranging from 6 miles to the size of our solar system, although event horizons can, in principle, be bigger or smaller than this. But in principle, black holes can exist with even smaller or larger horizons.
Any object compressed sufficiently can be turned into a black hole. The Schwarzschild radius for this object is directly related to the mass of the object. For example, the Schwarzschild radius of the Earth is about the size of a marble (if the Earth could somehow be compressed to this size).

Flowchart of Stellar Evolution

All stars follow the same basic series of steps in the lives.
Low-mass stars go through a red giant phase which ultimately turns into a planetary nebula with a white dwarf in the center.
High-mass stars go through a red supergiant phase which ultimately results in a supernova, leaving behind either a neutron star or a black hole.
The deciding factor in the fate of a star is its mass.
Stars whose core is less than 1.4 solar masses (the Chandrasekhar limit) will leave behind a white dwarf, the size of which is inversely related to its mass.

Note that the initial mass of this star is much greater than its core, but much of the mass is lost once the planetary nebula separates from the core.
Stars whose core is in the range 1.4-3 solar masses will leave behind a neutron star (much denser than a white dwarf). Note that the initial mass of this star is much greater than its core, but much of the mass is lost during the supernova phase.
Above 3 solar masses (the Tolman-Oppenheimer-Volkoff limit), a quark star might be created, although this is currently mostly conjecture.
Any stellar core over 5 solar masses will inevitably succumb to gravitational collapse, producing a black hole (much denser than a neutron star).

Nova

If a white dwarf has a close binary companion, the white dwarf may accrete gas from the companion’s outer atmosphere. The gravitational energy released by the captured gas may be sufficiently great to start a fusion reaction on the surface of the white dwarf. This flare-up is known as a nova.
A nova can recur many times, is about 100,000 solar luminosities.
fades after a few months (sometimes years).
is more common than supernovas (2-3/yr observed, about 200 so far).

Recap. The H-R graph shows also the process of evolution of stars into Worm Holes, which can be explained both mathematically and organically, based in the self-similarity of all space-time species.

Space symmetry, the structure of stars.

625stars partsStars have a simple a(nti)symmetric equation in space:

Space Symmetry: ∆+2: Sp: Photosphere ≤ ST: Radiation zone ≥ It: Nuclei

5D Asymmetry: ∑ œ-1: plasma particles>∏Œ: Stars>∆+1: Galaxy

 

In the graph, the structure of the stars, which should have a central, liquid super fluid Helium vortex, and be able to reproduce cold fusion processes, according to the dualities of time-coldness, and space-heat.

We shall study stars in depth on the 4th line, or else this post will be too long in space not in time… (-;

 

BLACK HOLES: TOP QUARK STARS: Tƒ: GALACTIC VORTICES

∆-1: PARTICLE SCALE: STRANGELETS AND TOPLETS.

hylomorphism requires that the black holes and strange stars bee made of a smaller parts, which can only be heavy quarks, whose function is precisely to the be the parts of its larger scales:

standard model

In the graph we can see how this dark, gluon-top quark soup (toplet liquid) of a gas-9 reaction (black hole quasar explosion), neatly reclassifies properly the 3 families of increasing mass in the Universe:

In the graph, a first look at the reordering of the strange and top quark triangles of mass, to define the symmetry between the ∆-1 and ∆+1 scales of ‘atoms and galaxies’, in terms of its ∆-1 components (quarks).

To fully understand the previous graph, you should consult the next post on atoms, as quarks fully correspond there. We have already treated in the introduction to this post, the analysis of the ternary symmetry between ∆-1 quarks and ∆+1 parts of the galaxy;

∆+1: top quarks->To: Galactic black holes, ∆-strange quark: Sæ: galactic halo, ∆-1: Ud quarks (our matter): ST-galactic stars.

Now, in this system, it is necessary to understand the role of the Higgs field and top quarks, which conform the outside-the-galaxy dark matter and dark energy.

 

image050

Black holes are Kerr wormholes and frozen stars.

Quark holes can be studied, once we understand their ‘higher why’, from the perspective of topological spaces and multiple space times, which limit is possible species and processes, either as top quark stars (frozen stars in the jargon of Einstein), or as rotational masses with the Kerr Metric; or from the many perspectives, of its structure as a system co-existing within 3 relative ∆-planes of existence. In the graph, its 3 topological regions.

Any organism extends through 3 hierarchical scales. For example, a human organism is composed of cells and carbohydrate molecules whose minimal unit is the amino acid. In the Galaxy there are 3 scales of mass and each of those 3 scales become the fractal parts of the next scale. In each of them we find an informative, cyclical type of mass: quarks in quantum atoms; black holes, which should be top quark stars in star-size black holes; and swarms of black holes in hyper-black holes at the center of galaxies and perhaps the Galaxy.

Thus a hierarchical organic structure grows from those inner parts: its strings become gluons that become quarks that become black holes that form hyper-black holes, in a stair of fractal systems of increasing complexity.

This is proved by the fact that the Black hole’s event horizon membrane reduces light to its minimal bits of information (Planck’s areas), whose length is the minimal length of strings, which they extract from light. Since strings are both the theoretical components of black holes and strong forces, quarks and gluons, a description of black holes with tachyon, boson strings becomes the mathematical bridge between both scales. Thus indeed, black holes are fractals of quarks, fractals of gluons and strings (mind the reader though that those strings have fractal dimensions, are background independent, tachyon strings, defined by the Nambu’s actions, not superstrings, a baroque fantasy of Pythagorean Physics).

Each of those scales becomes the informative center that interacts with a reproductive body of electromagnetic electrons, stars and galaxies. Let us then study black holes in their interaction with its bodies, galaxies that explode in its big-bang death as quasars.

Tƒ regulate that body black holes emit dark Entropy through its poles, creating the membrane of gravitation that ‘positions’ stars, as protons position with their gravitational and magnetic fields the electronic nebulae. Since gravitational Space-time is formed by the maximal informative entities of the 2 scales, protons and black holes. For all those reasons, we prefer the names:

-Frozen stars (Einstein’s name), since they are top quark stars.

-Kerr’s holes; since this is the rotational metric or black holes.

-Or wormholes, because it expresses the fact that the black hole is a door to the other ‘world’ of dark Entropy, which it emits. While the name black hole, invented by Wheeler, to substitute Einstein’s name after his death and push in this manner his singularity theory, implies nothing is emitted by the hole.

In that regard, science when it is built to respond all the questions that exhaust the truth of the system, the what (experimental evidence), the who or how (causal logic), the when (metric spaces) and the why (topological time arrows) has also an inverse hierarchy of truth: Once we determine what we want to study, we must observe its why and how – its topological structure and causal logic combined (how/who) – and only then enter into the details, analyzing with clocks and instruments of science, its metric properties.

The excessive use of machines of measure, overdeveloped by the Industrial R=evolution has obscured that hierarchy, which limits with the experimental what, and the why and how of topological time arrows, what things are certain and what are just mathematical fantasies of ‘baroque artists’ of metric spaces, which are so common in the study of black holes due to the lack of experimental evidence on its details. Let us then study reality as it is, not as ‘Touring machine’ resolves it with an excess of metric information that ignores the deepest why and necessary isomorphisms of the why-Galaxy.

Frozen top quark stars.

Frozen stars are similar to nucleons: huge condensates of top quark-mass that create vortices of gravitational information with a negative curvature in the dimension of height. Hence, they exist in a discontinuous gravitational Galaxy beyond the c-speed and 0 K limits of Entropy and information of our Galaxy, emitting and absorbing dark Entropy at higher than light speeds and ultra-cold dark matter, perfectly ordered, probably under 0 Kelvin.

In that regard, the closest species to a frozen top quark star is a neutron star, composed of super fluid neutrons and strange liquid in a boson state, occupying a minimal space. The difference of density between a neutron star and a Top quark is small. So a Frozen top quark star could be the next evolution of a strange quark star with a ‘lighter’ cover of strange quarks on the event horizon, ‘breaking=killing’ the symmetry of our matter, packed then in a boson, super fluid solid state of bcb atoms and top quarks. Since the sum of the transitional weak bosons, Z and W equals that of a top quark. Thus: ∆+p=Z+W=Top quark.

The 2 poles of the wormhole.

Thus the main error about Worm Holes is the idea that since we do not see them emitting Entropy and matter-information at lower than c speeds, nothing escapes a Worm Hole. This is a theoretical absurdity (things don’t ‘disappear’), which now has empirical proofs of falsity. Since we observe vortices of mass and radiation that surround Worm Holes, reaching super luminal speeds before dying into pure gravitational Entropy according to the Lorentz transformations.

And we observe bursts of matter and radiation coming out of the poles of central Worm Holes in quasars at super luminal speeds. So Worm Holes do emit dark Entropy and information at super luminal speeds through its ‘axis’, as atomic nuclei emit magnetic fields in their rotation.

The Relativistic equations of Worm Holes show that duality since Worm Holes appear with 2 solutions: one with implosive, informative parameters and the other with explosive, energetic parameters. Thus according to those equations a Worm Hole ‘re-absorbs’ radiant matter and light, dissociating the photonic particle-state and wave state of light, hence ‘killing it’. both beyond their Lorentzian limits of c-speed, back into its ultimate components: photons evolve into electronic nebulae, and then collapse further into quarks, which become part of the Worm Hole body or are ejected as quark beams; while light reaches infinite red shift and becomes dark Entropy.

Because the parameters of density of a stable black hole are self-similar to those of a top quark star, and that is the limit of density of mass in the Galaxy, it is easy to infer that black holes have in its center a super-fluid vortex of top quark stars; and so we can consider dark Entropy to be the ‘gravitomagnetic field’ of those top quark stars.

As in the case of the 3 solutions of Einstein’s space-time, which correspond to the 3 ages of the Galaxy but physicists dissociate in 3 different Galaxies in space; physicists have deduced that those 2 solutions to the Worm Hole equations create 2 different type of ‘black and white holes’; when according to space-time duality they represent the 2 organic regions of the same gravitational hole. Hence we could call Worm Holes also ‘mulatto’ holes (-;. Though we will use the term wormhole, more familiar to cosmologists. And define its E<=>o Generator equation:

Worm Hole (max.Es: external membrane: event Horizon) <Wormhole> White hole (Max.Tƒ: Kerr ring)

Quantum cosmologists never discovered white holes as independent entities, because they are part of the wormhole.

Topological regions of a worm hole.

Unfortunately quantum cosmologists ignore the inner structure of a gravitational hole as a fractal point with 3 zones that explain them:

Max. Es: The event horizon at c-speed is the energetic Riemann membrane that absorbs radiant matter, breaking it into its minimal units, ‘Planck’s areas’ that become the strings of dark Entropy that feed the hole.

– ES=TƑ: The intermediate zone transforms radiant particles and Entropy into quarks and dark flows of gravitational Entropy. It seems to be a super fluid solid: a vortex-like structure of quark condensates and gluons.

— Max.It: The central region around the polar axis or central, informative, hyperbolic, negatively curved nucleus.

That informative center is the final ‘eye’ of the gravitational hurricane, the white hole of the wormhole. It emits through its poles Entropy and information in the form of dark, quark matter and gravitational waves of dark Entropy in super luminal jets that we observe indirectly around far away quasars, as they become again slower radiant matter, creating irregular galaxies. Thus white holes are the poles of wormholes, which indeed are the doors to the gravitational world of dark Entropy and quark matter that dominates the Galaxy, as cosmologists have discovered.

The equations of a wormhole show how it transforms the spatial, energetic parameters of the electromagnetic world into the inverse, informative parameters of the gravitational world, since a wormhole is an ultra-dense mass of highly ordered ‘boson nucleons’, packed into a single point of space…

Continuous physicists used to believe that the accelerating vortex reached infinite Entropy values in the central point or singularity, since they do not model masses, charges and Worm Holes as physical vortices of mass with a Radius, Ro, that represents the discontinuous limit between the external, body cycles of the Non E-point and its inner, still, informative region or brain, in this case between the vortex of stars and the still Worm Hole brain. Yet because infinites cannot be calculated they renormalize their equations beyond a certain limit in which they postulate 0 charge or 0 mass.

In fractal cosmology those tricks are not required as wormholes are modeled with Non-Euclidean topologies, which have always 3 regions separated by asymptotic membranes.

Thus fractal theory solves the problem caused by continuous infinite singularities, as Planck solved the problem of continuous, infinite temperatures, when he introduced fractal light quanta.

In organic terms, beyond the event horizon of a Non-Euclidean point, the Klein disk starts and beyond Ro, a discontinuous, inner radius separates the body from the informative, still brain.

In the galaxy the event horizon is the halo and this final radius is the horizon of the wormhole. In the atom, those 2 horizons are the external Electronic radius and the inner Bohr Radius, beyond which we find the proton Worm Hole.

The same pattern of 3 regions is found in a Worm Hole as a Non-Euclidean point. The event horizon is the external membrane. Then the point in which the equations of a Worm Hole reach T=0 is the inner Ro radius.

(This is the point in which Hawking says Worm Holes become negative in time and convert themselves into time machines)-: We already argued Mr. Hawking’s confusion of physical time, a change in the direction of motion, v=s/t, and absolute time, a hyperbolic error of the Cartesian graph. Time in physics is change in the direction of motion. So what T=0 means in a Worm Hole is that we reach the region in which the cycles of the Worm Hole’s body end and we enter the hyperbolic, high central tube that ejects dark Entropy. At this point time – understood as change in motion – halts and the Worm Hole enters the white hole region of production of dark Entropy, asymptotically perpendicular, with the form of a Belgrami cone.

The equations of Worm Holes show also their event horizon as a bidimensional killing field that destroys the entropy of our Galaxy, since it kills our Entropy/matter into its ultimate units on the Planck’s scale, lowering as in all processes of death our components two scales down into its fundamental physical units.

In the biological homology, a human being is composed of cells themselves composed of amino acids that act as the minimal units of life. So when an organism dies it suffers 2 deaths: first its cellular tissue is broken into pieces that feed the stomach of an organism, which will destroy it till its minimal amino acid units, used to recompose the organism’s own cells.

When we study mathematically Worm Holes they show also a dual process of destruction of light matter to its ultimate components, Planck areas or strings, used then to reconstruct the boson quark condensates of the Worm Hole and its dark Entropy.

Thus Worm Holes in their feeding processes destroy light matter till it absorbs its Planck’s areas, the minimal units of information and Entropy of our physical space-time, the equivalent to the amino acids that the stomach absorbs.

Then those Planck’s units, become lineal tachyon strings to form dark Entropy and cyclical strings or gravitons, the minimal units of the mass world, evolving into bosons and quarks.

Those quarks and dark Entropy is then expelled through the poles to balance the expansive entropy of our membrane and create an immortal Galaxy. Indeed, the expansion of space-time in the Galaxy is cause by the expansion of dark Entropy coming out of the Kerr worm holes’ poles; yet black holes also implode light into quark matter and the overall process creates a wobbling, dynamic balanced, zero-sum of fractal expansions and implosions, in a Galaxy that will never die.

Recap. We define a rotating wormhole as an organic topological structure, which uses the event horizon membrane to absorb radiant matter and Entropy through its central, ventral plane, which transforms it into ultra-dense top quarks and gravitational dark Entropy, expelled in perpendicular jets through its central, hyperbolic axial white hole’s pole used to control the body of galactic stars and communicate with other Worm Holes.

The Existential Cycles=Time arrows of Wormholes.

Wormholes follow the 4 energetic, informative, reproductive and social arrows of all exi=stential systems of reality: They feed on electronic matter, nurse galaxies and stars, and reproduce in momentum collisions with them, evolve socially in super-Worm Holes (galactic center swarms), and as the ‘long-lasting’ informative neurons of the galaxy and Galaxy, whose networks they create, its generational cycle lasts as long as the entity that hosts them (the same happens with neurons, the informative network of our body that last between birth and death). Let us study those arrows in more detail:

E>O: The main cycle of a Worm Hole is informative. It creates quarks from electroweak matter and orders the galaxy into spiral forms through gravitational waves that ‘position’ the stars while symbiotically feeding their centers with Entropy that degenerates into matter. Thus the worm hole emits dark waves of gravitational information to control the galaxy.

Those informative waves of Worm Holes fed the energetic needs of stars, which therefore become chained to those waves without knowing its final demise – as gravitational plants, guided and herded by Worm Holes towards the center of the galaxy to feed them:

-It<E: Their energetic cycles balance the entropy of the light-world. Wormholes first erase light and radiant matter, feeding on gas and stars; and then renew it, creating new jets of pure dark, gravitational super luminal Entropy and quarks that enter back into our Galaxy as light and proton matter. If insects eat dead matter to renew the Earth’s ecosystem, the wormhole inverts the time/space coordinates of the light-world to renew it.

They act as ‘the antiparticles of the white cosmos’ that annihilate radiant matter. Kerr worm holes absorb Entropy from our light membrane by red shifting light, with different signatures according to their relative mass. The background radiation must be interpreted as the signature of 2.7 ‘background holes’.

Bigger, older Kerr worm holes of galactic mass are below the Background radiation curve and so they can red-shift and absorb electromagnetic Entropy from it, feeding in this manner on the electromagnetic membrane. For that reason the galactic map of the background radiation has a central zone, with lower temperatures corresponding to the giant central, colder worm hole.

Reproduction: Wormholes control the reproduction of stars, which in turn reproduce wormholes. Since when a small wormhole crosses through a star, it catalyzes its explosion into a nova that leaves behind a neutron star or a wormhole. On the other hand, the ‘reproductive DNA center’ of giant galaxies is a massive wormhole structure that emits huge super luminal jets of quark matter, which catalyze the reproduction of stars, creating irregular baby-galaxies.

– Social evolution. The wormholes that occupy the informative center of galaxies are like the nuclei of cells, swarms of Worm Holes, which regulate the life of galaxies, as DNA does with cells. In the next scale, the dark Entropy flows ejecting by galactic black holes communicate galaxies, creating the networks and walls we observe in the grand scale images of the Galaxy.

Recap. Black holes follow in their events the 6 arrows of time. They feed on the electromagnetic membrane and its species; they perceive gravitational information; they reproduce stars and galaxies and they evolve socially into swarms in the center of galaxies and into galactic networks in the Galaxy.

The 3 organic roles and types of wormholes in galaxies.

By homology with any other non-Euclidean space-time that resembles a cellular organism, and the Isomorphisms of ternary differentiation of all topological species, we can consider 3 types of wormholes whose roles within the organic structure of galaxies will obey its arrows of time but will also become essential to the bigger organism in which they exist.

This simple rule, which we shall apply to all systems, is a tenant of the organic structure of the Galaxy – we differentiate species in ternary sizes, ternary topologies, ternary ages and ternary functions, which must be symbiotic to the higher ∆+1 organism in which the entity exists or else the organism would not ‘tolerate’ the presence of the microcosmic species with no function:

– Intermediate, reproductive ES=TƑ zone: Spiral arms. Non-rotating wormholes are born from dying stars. Then they form bi-polar systems with other stars feeding on them, taking advantage of their gravitational control, finally transforming the biggest stars into new wormholes. Those wormholes probably gather into social groups, which fuse in bigger wormholes and move towards the center of the galaxy where they can feed easily on its dense herds of stars, creating at the end of the process a central nucleus.

Max.Information: Nucleus. The Worm Hole nucleus is a huge rotational, ‘Kerr hole’ or perhaps a herd of Worm Holes similar to the DNA nucleus of a cell. It is the informative brain of the galaxy that controls its fractal beings, the stars, with gravitational waves that shape the rotating movement of the galaxy, and establish its feeding rhythm:

The galactic Worm Hole first attracts interstellar gas to the intermediate non-E region, where gas reproduces stars, and then it sends that gas to the central wormhole that consumes it. In the same manner, electrons, the ‘stars’ of the atom, feed first on light quanta and then emit high-Entropy photons to feed the atomic nucleus.

Those gravitational waves also guide in old, globular galaxies, the stars toward the feeding center. Yet there might be other structures of dark matter, coming out of the nucleus, similar to the Golgi apparatus of cells: invaginations through which wormholes might flow into external zones of the galaxy to control the reproductive and destructive processes of stars.

Finally, the central hole emits through its polar zones, dark Entropy, super-luminal gravitational waves that probably communicate galaxies at super luminal speeds, forming the strings of galaxies observed in the Galaxy. Since according to string Theory gravitation in free, intergalactic space is not warped by electromagnetic branes that feed on them inside galaxies and limited to c-speed.

– Max. Es: Membrane. Though we cannot see the galactic membrane made of dark matter, by homology Non-Euclidean topology hypothesizes that the halo is the energetic membrane, where small wormholes called appropriately MACHOS, have functions similar to globular proteins in cells:

They create and control that galactic membrane of dark matter, which closes the galaxy as a black body; causing the background radiation, which according to recent empirical data might be local: They red shift light to 2.7 K, which becomes the metabolic temperature of the galaxy. They reproduce new stars and expel matter and radiation beyond the membrane: Since their rotation is perpendicular to the galactic plane they could create a positive or negative spin, depending of its orientation, provoking flows of Entropy and information in and out of the galaxy. Those outward or inward flows fine-tuned with the dark Entropy jets of the Worm Hole should move the galaxy at the will of the central Worm hole

The interaction of the membrane and the central Worm hole should encase all other species as a perfect Max. Es x max. It ‘upper class’ of the galactic organism in complete control of its inner parts.

Recap. There are 3 types of worm holes that control the membrane, inner center and herd the stars of the galaxy.

The big bangs of the 3 types of wormholes

The homology between the 3 sub-species of Worm Holes and the 3 regions of a galaxy explain the 3 possible scales of feeding and big-bangs of those Worm Holes; and the functions of the lesser electromagnetic species for the top predators of the galaxy:

– Micro-Worm Holes, Background MACHOs would eat up the commonest celestial bodies, planets and moons. This is our function; and the fact that we do not hear intelligent life in the galaxy and that CERN is going to do black holes to ‘see’ if they evaporate could explain how indeed, all moons become background MACHOs and all planets are blown up by ‘metric physicists’ unaware of the ‘why’ of black holes, stuck in the 3rd paradigm of using machines to measure the when of reality. This smaller worm holes would then migrate to the Halo of the galaxy closer to our planet.

– Medium Worm Holes formed in dense star centers, feed on them, causing supernovas, creating intermediate Worm Holes that migrate toward the center, forming the DNA nucleus of the galaxy.

– While galactic Worm Holes would explode into quasars, (galactic big-bangs). And/or as ‘dark galaxies’, recently found elsewhere, without emitting light, migrate towards the ‘Great Attractor’ or hyper-black hole at the center of the fractal ‘cell’ of the Galaxy in which we exist.

Recap. We might be just food for worm holes, which are born and feed on the 3 scales of electromagnetic matter of the galaxy: planetoids, stars and entire galaxies.

The Worm Hole as a Gravitational, Informative Mind.

The center of the galaxy is occupied by a giant wormhole that seems to be the final, social, evolutionary stage of multiple galactic Worm Holes, born out of the evolution of stars. It acts as the gravitational DNA-mind of the galaxy – a hypothesis, which mechanist science will always ignore. But we want to stretch your understanding of the 4th ‘why’-paradigm, describing those mind holes with the isomorphisms of Non-Euclidean geometry and superorganisms.

A galactic wormhole is a rotating object, which has a minimal spatial size and a huge dimension of height since it is made of boson, super fluid quark condensates. Its homology with a cellular, informative center, defines a central galactic wormhole as an enormous gravitational informative center, which controls its galactic body, positioning its star quanta through gravitational waves. In fact, when we calculate the wormhole’s informative parameters, it turns out to be a perfect super fluid computer, with maximal informative volume since its speed of calculus equals its speed of transmission of information.

The coldness of the wormhole proves also the informative hypothesis: In fractal space-time coldness means order, stillness, necessary to create in the center of a crystal or a cryogenic CPU, or a super fluid wormhole or the focus of an eye, the informative, boson accumulation of pixels that shapes a still, formal, fractal virtual image, without friction, without blur. Thus, the eye of man is cold. The brain is colder than the blood. The chip works better at cryogenic temperatures. And a wormhole is very cold, made of quarks in super fluid, highly ordered states.

Wormholes do create a complex virtual image of the galaxy with its strings. Physicists explain those processes in abstract when they affirm that a wormhole has an extra 5th dimension and its equations are homologous in 5 dimensions to those of the 4-dimensional electromagnetic world of the galaxy it represents (Maldacena Conjecture12).

The description in 5-string dimensions of a Worm Hole is completely equivalent to the description of an electromagnetic galaxy in 4 dimensions. Thus as our brain has a ‘homunculus image’ of the entire body, which is what we perceive; the worm hole can build a ‘galunculus’ image in its interior. The 4th ‘why’ paradigm provides the reason of the conjecture: the 5-dimensional world of string holes is equivalent to a 4-dimensional world; because it is the map of our galaxy, made by the Worm hole’s mind.

In topology the central zone of any st-point is an informative region, whose dimensions are the sum of the body and membrane dimensions. In cosmology the galaxy is a body-like vortex of reproductive stars and the central wormhole is the eye of the vortex that creates an image of the galaxy, as the brain maps out the body.

The hyperbolic center of higher form/information has more dimensions than the energetic bidimensional membrane and the reproductive toroid; since it holds the holography that combines the image of the external world imprinted in the ‘senses’ of its membrane, and the image of its internal, reproductive functions it commands. Since our galaxies have an external bidimensional halo and an internal 3-dimensional vortex of stars (a bidimensional plane with an added dimension of rotational motion), we can easily calculate with the general isomorphisms of the Holographic, central mind, the dimensions of a black hole:

Bidimensional external membrane +3-dimensional cyclical volume:

5-dimensional hyperbolic nucleus.

This simple law derives of the general law of dimensionality of the 3 regions of a Non-Euclidean topology:

Information of hyperbolic ‘brain’= Information of Klein’s ‘body’ + Information Riemann membrane

And it is the origin of the Maldacena Conjecture (a black hole, informative center of the galaxy has in 5 dimensions the same structure than a galactic mapping in 4 dimensions.)

What this means is that the Worm Hole must have an inner image of the galactic body, which it orders with its gravitational flows and an external image of the Galaxy in which the galaxy, its body floats, to direct its form toward fields of Entropy (intergalactic gas) and connect itself with other galaxies. This is what we observe galaxies do.

They form walls, strings and complex clusters with other galaxies and they feed on intergalactic gas and smaller galaxies. So they act as cells in a gravitational, organic soup and must have as cells and organisms do an informative, processing center able to have an internal image or mapping of its stars and an external connection that informs it of the outer world. However, we see only a 4% of the galactic structures; the rest is the dark Entropy and dark, quark matter that the worm holes perceive to map out reality, which is like trying to recompose a cell, in which we only see its mitochondria.

Another proof of this higher dimensionality is given by the Kaluza-Klein models, which explain our perceived electromagnetic 4-dimensional world and the 4-dimensional gravitation over which the network of light is imprinted, as if they were born from a larger 5-dimensional gravitational world. Finally, gravitons are the only particles that can have 5-spin positions=informative dimensions. Thus, all those self-similar theories point out to the fact that we are a floating membrane within a bigger, faster, more complex Gravitational Galaxy.

Recap. In fractal cosmology the central discontinuous zone of a fractal point is an informative region. This is the role of Worm Holes in galaxies, forming with other Worm Holes, communicated through flows of dark Entropy, the informative network that controls the Galaxy. Therefore it has the dimensions of its membrane and inner body of stars.

Sp: Neutrino-light backgrounds.<ST-ars>TƑ: Black holes

SP: NEUTRINO AND LIGHT BACKGROUND

SP: Background Radiation: Basal Temperature of the Galaxy

As any system can go in more detail, by looking closer to its fractal parts, we can go deeper and deeper in the analysis of the whys (biologic and topologic), whens (mathematical and metric), how/who (Logic) and what (experimental) questions of knowledge. Let us consider thus in more depth just one of all the elements of the galaxy studied here – the organic role of the background radiation – the water of the galaxy…

The background radiation coincides with the radiation of a black body at 2.7 K degrees. Since in Non-Euclidean topology any fractal point is a black body; that is, a point with minimal apertures to the external world, a galaxy will only emit background radiation through its Halo, in which background holes will redshift light at 2.7 K. Thus the galaxy surrounded by a halo of quark, dark matter can be considered a black body emitting at present time as an isothermal organism does a background radiation, whose organic function is to maintain a homogenous temperature, similar to the organic temperature of living beings and ecosystems, kept by its water. Thus, the background radiation acts as the cytoplasmic Entropy of galaxies with 3 functions:

– Max.Es: It provides Entropy to its bigger, colder Worm Holes and its super fluid helium structures (not treated in this introduction to complex cosmology). Both happen to have a temperature slightly lower than the background radiation from where they can extract Entropy.

– Es=It: It acts as the membrane limit, between the gravitational and electromagnetic membrane, within the galaxy, separating both worlds. It maintains also an isothermal temperature, as any organic system maintains a stable temperature.

– Max.It: It establishes a fixed frame of reference for the galaxy, allowing the process of information and measure, location and communication defined by Gauge Theories.

The background radiation is the ‘Entropy soup’, the cellular water of the galaxy that feeds its dominant RNA, its Worm Holes; as the hot water of the cell allows RNA molecules to move, kicking left and right water molecules with its COOH legs. Indeed, we know that only organic systems have a homogenous temperature. For example, humans have a homogeneous temperature within the limits of liquid water. So the 2.7 K homogenous background radiation reinforces the organic hypothesis.

Quark matter is the top predator form of the galaxy; hence they are the entities, which, as the elephant on the savannah or man on Earth, or aerobic bacteria in the earlier planet, have redesigned the galaxy with their organic activity. In Gaia, water, the equivalent to that background radiation, maintains a stable temperature, thanks to the feeding, energetic activities of its life organisms that avoid abrupt climatic changes. Without aerobic life the Earth would be like Venus – a planet with extreme temperature changes. Now it is almost isothermal. So happens to your body which has 36.5 degrees all your life, due to your organic activity as a water organism with 2 networks, a warmer blood and a colder, nervous, informative system.

So happens to the galaxy, in which the basal temperature of the background radiation separates the ultra-cold world of Worm Holes and dark, gravitational matter and the hot world of atoms and radiant matter, allowing the exchange of Entropy and information between the 2 physiological networks that structure the galaxy.

Recap. Background radiation is the Entropy soup, the cellular water of the galaxy that feeds its dominant RNA, Worm Holes.

A case of study: neutrinos as the baseline of photons.

Next, a key insight I want to convey from this introductory notes are clear:

– Neutrinos MUST be worked out, as the only particle with no ternary roles in the Universe at this stage to occupy a fundamental role in several scales of the universe or else they would NOT exist in such huge numbers. Neutrino physics in that sense is the most IMPORTANT field left to explore at this stage. As it has several properties which are coincidental with the roles required to describe the next scale of the Universe, that of quantum gravitational, dark energy and dark matter beyond the known-known level of galaxies.

My take is that neutrinos are NOT the quantum of gravitation as Bohrians think, because it is NOT needed, Albertians are right, attraction in gravitation HAPPENS because of the curvature around a MASSIVE central point of view (which makes almost indifferent for most calculus the other mass).

Only when A and B are similar in mass, there is a relationship of linearity and quantum gauging When one point dominates the other in mass-size and force there is not. And most gravitation systems around a sun, a black hole is of that kind.

Neutrinos do act NOT as forces but as communicators of information about distances.

They are hence similar to strings, in fact of the same minimal length – the Unit of LENGTH of the Galactic universe, and thus the ‘structural element’ constantly produced and radiated that webs a, background independent space, related to the ‘magnetic part’ of the light rays, they form together, as neutrino and antineutrino, reason why they are the only particles with left-handed or right handed singlet structure so they will ALWAYS neutrino + antineutrino, back and forth, form a perfect, planar, longitudinal fixed distance between two particles to start communication between them.

This communication will then be realized by the electric field created by the articles above it,

From an action point of view, they can be seen as the ∆e ‘food’ of H-Planck light quanta, and first c- ‘space line’ traced in the communication of particles, the tending of the cables of gravitation and hence also the quanta of transversal gravitational waves, latter studied in more detail. All those roles are possible within different theories of neutrinos but none is fully and well developed (neutrino theory of light, being the key to them. But only as the origin of the magnetic field of light born of two of those neutrinos, which add up the 1 spin of the photon).

Next we must understand neutrino oscillation, growing in mass, from a practical zero-mass till collapsing into a mass particle   of the 3 Neutrinos generation – the tau which will be correspondingly much more massive (as Top and Tau quarks-electrons are). So they START UP many reactions, when they collide with particles.

And finally we must give it all the importance as in II-type supernovae they are the bursts of energy when those stars become black holes to form the underlying quanta of gravitational waves, but obviously not attractive but repulsive, quasar –like, nova like transversal gravitational waves –t he fronts of the big-bangs of all scales that carry the energy, repulsive dark energy waves, complemented perpendicularly by the ‘Higgs field’ much more massive scalar hyper luminal waves.

As Big bangs ARE as all systems that die, a broken SYMMETRY of two fields that created, Sp x Tƒ the system and now split perpendicularity as all the pictures of death of stars show – not chaotic explosions but cutting in two of the head-particle/field-entropy elements of the system, no longer in harmony.

Hence the ‘angle of the spins’ of the weak bosons, which merely says they angle upwards through the polar axis, while the wave of neutrinos explodes in all directions, without clear direction as the burst of energy.

This directional DUALITY of explosions of matter hardly understood is what explains the NEED for two particles the neutrino, almost massless and the W± Z H bosons with huge mass.

By all this I mean several neutrino ROLES are needed to complete 5D physics with Majorana neutrinos (neutrinos in which the particle and antiparticle are the same), which have mass and must be so far according to the general laws of T.œ, the gravitons of the transversal gravitational waves.

There might be outside galaxies faster than light neutrinos – something, which in the future would be easy to observe if we perceive a neutrino wave before the light wave of a supernova from far away galaxies.

Now essentially if neutrinos as all seems to indicate do have mass, are equal to their antiparticle and have boson qualities with ½ spin, their maths will be really fun. And I promise to get seriously pedantic with them on the 4th line (-;

Those neutrinos will be the feeding space strings for light beams (theory of neutrinos as origin of light fashionable in the 30s, and worked out by Jordan, Born, De Broglie and Fermi among others).

And any physicists could work out the details for those roles with some not so difficult modifications on the concept of a graviton.

In simple terms, neutrinos have the size of strings (measured in its weak angle scattering); and 2 inverse neutrinos moving back and forth between particles could act as bosons with 1 spin, and give birth to a light single polarized photon. Neutrinos are hyper abundant and with a minimalist mass, could account for the underlying structure of galaxies as ‘organisms’ with a formal structure since unlike planets stars do not move at different speeds but maintain the inner form of the ‘galacell’.

So the proper understanding of neutrinos as the ‘base’ over which light transits in the galaxy and the 3 families of masses as the components of its 3 Sp<ST>Tƒ organic parts, would put together all the points of view and isomorphisms of astrophysics.

We shall consider the theme in more detail in the next paragraphs.

In that regard the reader would notice the use of T.Œ, which no doubt as the century goes through and the theory is accepted to substitute mechanism as the philosophy of science that unifies them all, will become more important: to guide each science for the most likely to succeed paths of future research, through its stringent ‘economicity’ and enlightening isomorphisms.

So strangelets as the components of the Halo of galaxies, top quark hadrons of different BCT combinations as the cut-off substances of black holes, neutrinos as the h-Planck ‘strings’ of gravitational transversal waves between galaxies and within galaxies, the waves that maintain the stability and form of star orbits (of which I have read a few quite convincing models of astrophysics) are the most interesting ‘selections’ I have made on my constant ‘reading’ of astrophysicists’ paper, which is all what at this stage of my life can do for the discipline.

On the other side there are theories that do NOT fit at all within 5D T.Πand I doubt will ever be proved, SUSYs and background dependent string theories should be out of the picture; non-quark dark matter theories too, with all its array of particles. T.Πis limited because space and time are limited.

And what about the Higgs. As one of the leading activists against accelerators and big-bang experiments on earth, you might think 5D doesn’t have a role for it, but it does (given the chances to produce top quark black holes or strangelet that could explode the planet, in this I have been obviously very active, reason why the astrophysical community does not consider 5D Physics, but beyond personal careers one must be ethic as a finitesimal of the superorganism of mankind – and that is what physicists and economists so strongly criticized in my work have forgotten despite whatever they find about nature).

Essentially the Higgs field and similar models respond precisely to the other element of the higher plane of existence of the Universe beyond galaxies, connected to top quarks of huge mass and likely 10 c rotary speed, and black holes and dark energy and dark matter.

In brief, the Higgs is the field of hyper-gravitational and hyper strong force, of 10c beyond the galaxy dark energy and dark matter, which is a taboo concept on astrophysics, because of an ill-understood conceptualization of General Relativity (it is not in 5D physics , as General relativity is a theory of the light space-time membrane or 4Dimension of the Universe, a present ‘slice’ of the time flow and the 5th dimension.

In their first paper on quantum electrodynamics, Heisenberg and Pauli asserted that quantization of the gravitational field, which appears to be necessary for physical reasons [in a footnote, they refer to the works of Einstein and Klein on that line], may be carried out without any new difficulties by means of a formalism fully analogous to that applied here.

During the thirties, the idea of a gravitational quantum came to be generally (but as we shall see, not universally) accepted by theoretical physicists, apart from the small relativity community that followed Einstein in his continued search for a (classical) unified theory. In the early thirties, there was some discussion of Bohr’s idea that the neutrino might be related to the gravitational quantum.

Bohr said to Pauli, (March 1934): ‘The idea was that the neutrino, for which one assumes a zero rest mass, could hardly be anything else than a gravitational wave with appropriate quantization’. Fermi had evidently had a similar idea, but was aware of the problem of the different spins.

Pauli to Heisenberg, February 1934: ‘Fermi would prefer to make a connection between neutrinos and half gravitational quanta.’ As late as November 1934, Pauli cautiously stated: ‘While up to now it has been held almost certain that gravitational phenomena play practically no role in nuclear physics, it now seems that the possibility cannot be immediately rejected, that the phenomena of beta-radiation could be connected with the square root of kappa [the gravitational constant]’ suggests that Pauli may have had in mind construction of a graviton from two neutrinos, along the lines of de Broglie’s neutrino theory of light.

They wrote: ‘The comparison displayed above indicates that the graviton and the neutrino have much in common. This probably testifies that in general the highly improbable process of graviton radiation becomes practically observable in beta-decay. If the neutrino turns out to be the graviton this would mean that contemporary physics had approached the limits beyond which there would be no present insurmountable barrier between gravitation and electromagnetism. Due to theoretical considerations it is hard to identify gravitons with the neutrino since it is hard to admit that they have the same spin 1/2 as the neutrino. In this respect gravitons have much more in common with light quanta. It is impossible, however, to totally rule out a theoretical possibility of their identification.

He concludes:

The so-defined gravitational quanta or ‘gravitons’ have the… spin 2… It is certainly a limitation of the quantum-mechanical side of this treatment, that one leaves it at that approximation, in which the general-relativistic field equations are linear. This limitation is most closely connected with the well-known divergence difficulties of field theory.

Apart from these divergence difficulties common to all quantum field theories at that time, Pauli, like Rosenfeld, seemed satisfied with linearized quantum gravity. But in 1935 Bronstein had already applied Fermi’s technique to the linearized Einstein equations, and came to much more skeptical conclusions, when he opined: ‘It is a task of the nearest future to identify the ties between quantum mechanics and the theory of gravitation… what will be needed is a sort of marriage between relativity and quantum theory’ He was stressing the crucial significance of the three dimensional constants c, G, and h in defining the past and future development of physics.

Those are the fundamental questions that physicists need to resolve in detail.

What T.Πprovides is the general analysis of the issue from the higher perspective of the organic laws of the Universe.

It is obvious that at this stage ‘humans’ will NOT accept in the present dogmatic, ‘believers’ in digital machines languages concept of physics anything like what we propose in this blog. But for very long I have learned to ‘eliminate’ the human concept of science in these dark ages, moved only by intellectual curiosity. So I write for future Asian generations or for robots, as the present ‘civilization’ of ego-trips of western men, thinking machines must do their job has no much of a future.

In that future, if humans want to understand the Universe they will develop a synthetic ‘above’ T.Œ, Organic Theory of Everything, and if they go under as it is likely ‘obviously’ robots will NEED to feel organisms, and they will ‘believe’ in T.Œ

So here it goes: T.Πis Simple, minimalist and dualist. All systems do have 2 organic networks, blood and nervous systems, and the galaxy does have obviously two such fields, the background light and background neutrinos.

This is the fact and so i couldn’t care less if in the equations of Mr. Einstein graviton appears at 2 spin and in the equations of Mr. Fermi, neutrino appears at ½ spin. Solve it. Nature has both and makes them unavoidably the same role. There is no other particle in the present state of the galaxy, which exists and can play both roles. Not it will be discovered, because it will have to be on the range of energies of the galaxy, which have been already searched for. It cannot be in cuckoo super-energies as they will not manifest constantly in this universe, and so it doesn’t matter if you can unify at 500 zillion Gevs the present forces.

This is not here now and in this conditions> so it doesn’t matter here now and in these conditions is all found and so you must account reality with the thing you have found as there is nothing else to find here now and in this conditions.

Work your maths, if you haven’t doesn’t it is not because it is not there but because something is wrong with your 2 spin graviton, ½ spin neutrino and spin theory. Ok?

In the case we are occupied, neutrinos are by far the only candidate for the basic actions between fermions, as a firs step BEFORE the communication through light space-time, which is able to transfer information in much greater measure, starts the organic built up of the galaxy.

So the way to explain the galaxy is first in its organic structure, then in its descending parts, stars and atoms and particles, and then when we start to explain the basic actions between atoms, the neutrino which is the quanta of galactic gravitation, appears unavoidably as the first connection between atoms and particles which lock them at a certain entangled distance for them to start communication. This resolves the fundamental problem on the models in which neutrinos give origin to light, already proposed in the 30s.

The neutrino theory of light is the proposal that the photon is a composite particle formed of a neutrino antineutrino pair. It is based on the idea that emission and absorption of a photon corresponds to the creation and annihilation of a particle–antiparticle pair. The neutrino theory of light is not currently accepted as part of mainstream physics, but actually is quite straight forward in its maths. That is it is perfectly coherent.

 

GALAXY IN TIME: LITTLE-BANGING HORIZONS; MATTER EVOLUTION.

After the Little-bang, the Little-banging reproduced and evolved the huge Galaxy in 3 Horizons of growing complexity: the age of atoms, celestial bodies and galaxies.

If we study the huge or cellular Galaxy in time, we differentiate in its evolution the 3±i ages of any space-time:

∆-1 (Past): The Little-bang conception of the Galaxy, starting from a first informative cell of Planck density was also the death and gravitational Little-bang of a previous Universal singularity, a seed of ultra-dense quarks that transformed its inner, informative cyclic dimensions into an external, bidimensional sheet of dark Entropy: M(i)=e/c2. It was the age of the simplex time arrows.

Life arrow, steady state: Then the Galaxy suffered an informative process of reproduction, self-organization and social evolution, the Little-banging, or age of the Complex Arrows divided in 3 ages – the atomic, stellar and galactic age, which should end in:

Informative, 3rd age: A Little-crunch back into a new hyper-dense singularity that would restart the cycle in a new Little-bang.

– ∆-1 (Future): New Little-bang and Conception. The future explosion of the hype worm Hole will again create a bi-dimensional sheet of gravitational space-time where matter will again evolve, as quarks form nucleons that decay into atoms and dark Entropy warps into light, the new components of the future baby Galaxy…

Let us consider those ages and its ternary sub-ages, according to a law of the fractal paradigm, known as fractal differentiation:

‘Any event or form of reality can be divided into ternary or dual events and spatial forms of a lower spatial scale or shorter time duration’

This law structures fractal self-repetitions according to 3 ages and 3 Non-Euclidean structures in any scale. Thus it can be applied to study the 3 ages of the Galaxy and for each age, its 3 sub-ages. Since we have already study the fractal Little-bangs (birth) we shall start with the 3 ages of the Little-banging:

I Universal Age: Particles, Atoms and Molecules.

   – Birth: Max. Es: Fractal Little-bang of Beta decays.

The Little bangings of primordial particles: After being scattered by a gravitational wave of dark Entropy at 10c<100c speeds, quarks evolved into nucleons and suffered fractal, expansive quantum Little bangings – beta decays – creating protons and electrons, later self-organized into atoms, molecules and more complex social structures, till giving birth to galaxies.

3 Atomic Ages of matter states:

Those molecular structures can also be studied with the law of 3 ages, according to which the 3±i states of matter respond to the dominant arrow of future information:

     – (∆-1): Plasma or conception state of matter. The plasmatic state occurs at speeds closer to light, in a state in which atoms are split in primordial particles, free protons and electrons, which emit enormous quantities of radiation and sub-particles. Thus plasma is matter in its seminal state, (∆-1).

– Max. Es: The gaseous state is the classic energetic state of atoms or diatomic molecules with max. movement, spatial volume and min. formal density.

– <=>: The molecular state of balance between Entropy and information is the liquid state, which according to the law of harmony and maximal existential force (Es=It max exi), is the reproductive state of matter. For example, liquid water and mercury dilute all other atoms of similar weight that merge and evolve into more complex carbohydrates & metal forms: carbon-life or metal alloys. 90% of a human body is liquid water, with diluted, energetic gas (oxygen), and solid particles (proteins, DNAs, RNAs) to store and trans-form information. Since solid is:

– Max.It: Solid, informative state of min. movement and max. form & mass density that creates the most perceptive=informative, inorganic structures: crystals.

– (∆+1): Finally, the super fluid (helium) and boson states (heavier atoms) are the highest form of molecular evolution, because it combines the properties of solids with maximal order, liquids with max. reproductive, combinatory capacity and gases with max. Entropy. Thus, it gives birth, according to the organic, social arrow of Evolution of all systems to a new type of macro-organisms, with a central, hyperbolic nucleus of super fluids and bosons… the:

II Age: ES=TƑ: Nebulae, stars and planets.

In the next stage, those states of matter evolved socially aggregating into macromolecular systems that combine 2 states of matter, which act as the dual energetic/ informative elements of the complementary system. Those cosmological, macro-molecular systems seem to us static, because their existential cycles are slow (Max.Es=Min It). But they are also evolving in 3 ages:

-Max Es=Min It:Youth. Nebulae are the youngest, commonest, biggest (max.Sp), less dense, simpler (Min.It) physical systems, extended around and between galaxies. Their atoms exist in the energetic plasma and gas states.

– ES=TƑ: Stars are molecular macro systems, existing in the plasma and liquid states. Complex cosmology considers informative, cold, liquid and super fluid states dominant over energetic states, which Simplex Physics, based in a single Entropy arrow prefers, as Entropy is also easier to detect. Yet if we could reach the center of a star, we will find lower temperatures and super fluid systems. Since it is a basic tenant of Complex physics that informative, hyperbolic systems are more static and cold, able to create order and focusing formal mappings that gauge the external Galaxy.

– Max Es=Min It: Planets are systems that exist in liquid and solid states. They follow the Inversion Law, Max. Es->∞=Min.It->0. So giant planets exist in liquid states and smaller planets exist as solids. They are ferromagnetic planets; and we live in one of them. Again, fractal space-time theory favors cold, solid, informative states for those centers. So we affirmed that the planetary core should be a crystal; and their youth should be colder than scientists predicted. Indeed, recently we found that Neptune might have a solid diamond crystal in its center and the Earth probably has an iron crystal with a final Uranium core. And we have also found, studying zircons that planets cooled off much earlier than expected. Hence informative life also started earlier.

∆+1: Pulsars and Holes are systems with a solid iron crust and a super fluid core of strange quarks.

Pulsars represent the final, informative age of celestial bodies, which might evolve further into Worm Holes, species belonging to the gravitational Galaxy beyond our light world, with higher form. Those holes become through social evolution the informative, hyperbolic centers of galaxies, triggering the next stage of evolution of the Galaxy:

III Informative, Age and death: Max.It: The age of Galaxies. 

image065

-From left to right: A galaxy with a flat star body and a central brain, occupied by Worm Holes with a hyper-developed dimension of informative height, perpendicular to the galactic body.

-Different biological curves of stars reproduction.

– A region rich in atomic Entropy where those stars are born.

-A galaxy with an organic form that remembers a ray fish

– A giant galaxy, which re=produces a seminal jet of matter, giving birth to a younger galaxy.

The 3rd age of the Galaxy started once galaxies, with central, informative worm holes and star bodies that feed on interstellar gas socialized in galactic networks with the 3 canonical topologies: Lineal walls, spiraled systems and cyclical, globular forms and disks.

Those 3 galactic networks structure a mature Galaxy that shows in computerized models a surprising similarity with the discreet networks of a living tissue.

As the Galaxy gets older, if it is a cellular structure it will warp further, creating a hyper worm hole of Max.Informative, Planck’s density in its hypothetical center that should become its DNA-like center controlling and feeding in a hyper-vortex of galaxies.

We could consider 2 cellular hypotheses:

∆+1: The Galaxy evolves socially as it becomes a cell of a hyper-Galaxy from a bigger ∆-scale…

∆-1: Each cell is an island Galaxy in itself that will finally collapse around its informative center, as stars do in elliptical galaxies, feeding its Hyper-Worm Hole in the Little-crunch. Then the Galaxy will die in a new Little-bang will initiate a new cycle. In this case the cell-Galaxy is self-similar to a bacteria, in as much as it is a single cell organism.

We seem to be moving towards the steady state, longer period of existence either because we are atoms-like of a huge Galaxy or because we are in a 2nd age that will latter implode back. Because the degree of curvature of the Galaxy is given by lambda which is near equilibrium, counting the implosive action of galaxies, and the expanding intergalactic space, both hypothesis (a gas-like huge Galaxy or a cell-like system are possible.

The Huge Galaxy will reduce those ages to galactic phases.

Yet if cells are atoms of a huge Galaxy none of those ages will happen, as galaxies would be the last ‘cosmic structure’, which we can perceive with certain precision.

In Einstein’s general equations of space-time, the cosmological constant that measures the Entropy of vacuum: l defines also the warping of the Galaxy, which can acquire our familiar 3 topological forms: a simple plane,-sphere proper of a young age; a cyclical, steady state toroid or a convex, informative form (its Little crunch, final state). Now l is positive, and the Galaxy seems to be plane but so close to zero that the hypothesis of a stationary Galaxy takes force. Yet again we cannot measure with enough time latitude to know if it changes and it will diminish in the future it will become negative, inverting the geometry of the Galaxy and warping it, into a final Little crunch.

Since ‘l’ can be considered the length of the tachyon string or minimal action of the gravitational Galaxy in terms of those minimal fractal parts, the thesis of a constant lambda and steady state huge Galaxy is reinforced by self-similarity with the constancy of ‘h’ in the quantum world.

In such case, there should be only quasar-like Little bang of galaxies, short of cosmic beta decays and the 3 ages or solutions of Einstein’s equation should be applied only to galactic space and the quasar cycle, initiated by a gravitational, inflationary Little-bang of dark Entropy, followed by a Little-bang of electromagnetic radiation, which quiets down, and finally implodes into gluon creation of quark matter.

Such humbler, more realistic analysis of the origin of the observables of astrophysics will reduce all relativistic analysis of the 3 ages of space-time to processes within the galaxy, born as the explosion of a hyper-black hole of top quarks, latter exploded into a fractal Little-bang of beta decays. We would then be in the 3rd age of such galaxy, organized already by a central black holes. Since the space-time of our galaxy is an implosive vortex of information.

Indeed, we are in a Gödel Island-Galaxy, in a vortex of information called the Milky Away. Then the Energetic Galaxy should be considered irrelevant to us, only applicable to intergalactic, expanding space, because we would exist in the 3rd informative solution, the vortex of the galaxy and that is why the arrow of time in humanity is an informative arrow, not an energetic one. And that is why the sciences of information, of biology not those of Entropy should dominate our analysis of scientific phenomena – even if the awesome Entropy of physical beings might impress the simplex mind.

Recap. We can order the evolution of the whole Galaxy as any other organism in time through 3 ages each one divided in sub-ages: the young, energetic Little-bang, probable death of other Galaxy, the steady, reproductive state in which it seems to be now and the Little-crunch that will happen as the initial momentum of the gravitational strings slow down to under c-speed. Then we shall enter into the Gödel’s Galaxy in which some regions call galaxies in which we inhabit exist. In those regions information dominates Entropy.

 

  CONCLUSION The cellular Galaxy.

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.

image052

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.

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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

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