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5th isomorphism: ∆±4 Fractal actions: For us, ï, gravitation is the ∆-4 source of our motion.

Generator Equation: Einstein’s field equations. Gravitation bends according to Einstein’s equations since ‘time bends space into mass’. Thus Sp(gravitation > Tƒ (Mass)


5th isomorphism: ∆±4 Fractal scales:

∆ST Generator Equation: Maxwell’s equation for light, which calculates its main iterative constant, its c-wave speed as the product of its ‘magnetic |-Sp and electric O-Tƒ elements is the fundamental Metric equation of light.

Emergence: All ∆+1 scales have the same perpendicular 3D. Magnetic & Electric fields are perpendicular (right hand rule, Maxwell torque). Our Mind has the same dimensions than light. All systems have a height dimension of information. The 5 actions of light are carried in all scales.


5th isomorphism: 5 Actions: we do NOT know this scale enough to consider them.

C-speed, is NOT the objective truth of the Universe but the limited human perspective on it.


And thus with those pre-conclusions we can deal now with gravitational waves of dark repulsive energy of neutrinos, which we call in 5D G-waves.


One of the hypothesis of 5D physics is the fundamental role that must play neutrinos by sheer rational evidence, as the gravitational quanta of the gravitational transversal wave structure of the universe.

The theoretical difficulty being the 2-spin prediction of quantum gravitational theories based in 2 assumptions not completely hold in 5D physics – the conservation of spin (which in 5D physics might be transformed in upper or lower forms of rotational momentum, conserved only through 3 planes of the 5th dimension, as they become inverted in its emergence in upper planes), which allows to create a model of 2-spin neutrinos as gravitons or inversely the assumption that gravitons do NOT have 2 spin (or rather are made of 4 neutrinos, lineal strings of one dimension, which become the 4 component of a field that forms a complex doublet of spin ½ with the peculiarity observed that both neutrinos and antineutrinos have longitudinal polarization of positive spin.

The mathematics of the model are somewhat complex but essentially mean that neutrinos ARE VERY important, almost as multi-faceted as light space-time is – couldn’t be otherwise as they are the other 2nd background space-time network of the galactic universe. So as nervous and blood systems do have multiple roles in your body neutrinos and photons share all the networks roles of the galaxy.

They do have therefore both boson and fermion ‘nature’ as the weak force they mediate.

This means that we can put neutrinos and antineutrinos together in and 4-doublets, as if they were bosons. Then:

– 2 gravitational tachyon neutrino strings, when put together in pairs of opposite direction form the up and down, particle and antiparticle sides of the magnetic light wave-field.

– When communicated between particles, the fixed distance in gravitational space that allows the sharing of information between the particles at fixed c-speed.

– When colliding with neutrons they catalyze the beta decay, as well as other weak force transformations, in a role similar to the one mediated by the Higgs boson on the top quark faster triplet of heavier quarks.

– When emitted massively and constantly by all type of cosmic bodies the origin of the 3 ‘G’ ‘giant electromagnetic waves’ of the gravitational scale, which form the different transversal wavelengths that order in ternary symmetries the structure of solar systems and galaxies.

Those transversal waves are the only of the many roles of the Neutrino ‘fantaphysics’ (: I confess neutrino gravitational string physics is the only speculative part of 5D Physics of which I have not yet by lack of evidence put my firm on blood), which we will discuss here.

Essentially there are 3 neutrinos which constantly oscillate as they abandon the cosmic bodies that constantly reproduce them in proportions often higher than the photon radiation, forming 3 basic type of gravitational transversal waves, whose combinations allow us to model galaxies and its spiral arms and rotary orbits of stars in the wells of those waves. The same neutrinos structure the lows of planetary waves, and so we can recognize clearly in ternary symmetries a 0.33 short wave of neutrinos of higher energy that crosses the planet crystal centers provoking the well-known Fe-Co-Ni chain of reactions that puts on ‘fire’ the internal energy engine of planets. A longer 5 A.U. wave exists also clearly as it allows to put on its nodes the main ‘Jupiter like planets’.

And finally there should be an even longer neutrino wave that will put in connection stars among them.

In the next graph we see the 3 oscillatory neutrino waves observed together coming out of the sun:

Screen Shot 2016-04-08 at 21.26.33

Gravitational, transversal, fractal waves shape the structure of galaxies and solar systems, transferring form and Entropy between cosmological bodies, in a self-similar process to the transference of information and Entropy between atoms through electromagnetic waves. In the graph, Titius Law of distances between planets reflects their position in the nodal points of those transversal gravitational waves. In the core of planets, there could be a crystalline or super-fluid zone where those flows of dark, gravitational Entropy are processed, causing flows of heat and matter that make planets ‘grow’.

Below we observe the oscillations of neutrino waves.

Now the 5D model of astrophysics, implies that there are also transversal repulsive gravitational waves, which do account for many of the structures of the Universe, starting by the expansion perceived in intergalactic space-time. This is just the expansion produced by any lineal electromagnetic wave of any range, now in the cosmic scale. Moreover, black holes produce two type of wave-shift that compensates each other and explains why the total space-time of the Universe remains constant:

  • When a wave of light enters the black hole it ‘blue shifts’ imploding space into higher frequency/density of energy-mass. But this effect is NOT seen obviously from far away as it is the inner production of mass within the galaxy.
  • When the wave leaves a black hole region it redshifts that explains the initial red shifting of light as it leaves the galaxy towards us

Titius law. A local proof of transversal gravitational waves.

While transversal gravitational waves cannot be detected directly we shall bring here a couple of proofs, at local and cosmic level. At local level it is dry easy to create a model of the Titus law (the exact position of the planets) using 3 waves. So the planets will be on the nodes of those wave frequencies, as in quantum physics, the electrons ARE in the nodes of waves that restrict their positions (multiple of h-frequencies). In the next graph we see the short, high energy wave that locates in its gravito-magnetic nodes (as the magnetic number locates the orbits of electrons), the orbits of ferromagnetic planets. A longer ±5 AU wave locates the outer giant gaseous planets:

In the graph, we see one of those waves, which between ‘galaxies’ with no light warping it to create light space-time at the c-limit, SHOULD move in a new ‘decametric scale’ at 10z. As it happens, we find in this cosmic scale is the outer ‘region’ of the galactic atom, ruled by transversal, expansive, intergalactic giant gravitational waves MATTER gushing out of black holes that produce those waves at 10 z=c speed.

Thus its existence within the galaxy -albeit reduced to c-speeds, unlike outside the galaxy where they are spotted routinely at z=10c, would define a new dual game of implosive and attractive gravitation similar to the scalar atomic game. Many laws can be solved and deduced from this parallelism. Below the Titus law of planetary distances as caused by G-waves.

This is a necessary introduction to the most fascinating finding of 5D physics, the unification of charges and masses, as the two limiting scales of the Universe perceived by man. We shall expose this finding as the Linguistic Method prescribes.

First with a conceptual understanding of the Scientific method of truth (simplicity, correspondence), then from the organic perspective (topological and scalar structure of the Universe and its 3 relative symmetries of topological parts and scales)

And only at the end in its quantifying methods, since T.OE works with inverse causality to a mere use of how-mathematics.

We use constantly self-similarities, based in the 3 Isomorphisms of invariance of the Universe, scalar, formal and motion invariance and the ternary differentiations in time (Entropy, reproduction, information) and its symmetric function in space (planar, spherical membranes; toroid bodies and hyperbolic centers).

With those simple isomorphisms we can describe the galaxy as we did with the atom. Yet self-similarity is not equality, which means that we cannot use the exact formalism of quantum physics but use those self-similarities for gravitational systems we do not perceive, except for its secondary effects.

This is the case of gravitational waves, which are self-similar to electromagnetic waves. They organize the structure of stars and galaxies, as electromagnetic waves organize the orbits of electrons. Both respond to the same morphological equations that relate 2 particles through a lineal force field defined by the ratio between the informative density of masses or charges and their distance.

Yet even if form remains invariant at scale, as it is an essential topological property that defines the why of the Universe, the metric space changes as the space-time ratios/constants that define the size, speed, frequency and range of those waves change.

We observed a self-similar change when studying the cyclical informative vortices of both scales – the G-constants of Newton’s gravitational vortices and Coulomb’s equation of an electronic vortex, unified by their invariance of topological form and scale).

Thus galaxies and solar systems show a gravitational, morphological, spatial structure similar to that of an electromagnetic atom in the cosmological scale, a fact that Einstein predicted, establishing 2 kinds of gravitational waves, parallel to the 2 types of electromagnetic fields we know:

– Static waves that create the gravitational bi-dimensional fields over which galaxies form.

– Discontinuous, transversal, quantized waves, which shape the orbits of stars and galaxies, in the same manner photons control the orbital distance of electrons in atoms (l numbers).

Thus, those gravitational waves should have the same functions in galaxies and solar systems that electromagnetic waves have in the world of atoms, explaining cosmological structures and becoming by self-similarity with electromagnetic waves, the fundamental force of interaction between celestial bodies.

We know that the gravitational activity of black holes set up star orbits and probably influences its evolution, growth and formation, determining the basic properties of magnetic fields, ecliptic orbits and distances between stars in a galaxy and planets in a solar system. So even if gravitational waves are invisible, using their morphological self-similarity with light waves, the equations of Einstein’s relativity and the indirect proofs provided by the orbital distances and rotational fields of stars and planets, we can explain many ‘whys’ on the structure of those celestial bodies:

– Astronomers have always wondered what rules the distances between the planets of the solar system. The existence of regularities in the distribution of planets in the Solar System was recognized long ago. This was Kepler’s main motivation in his search for planetary isomorphisms.

The Titius-Bode law (rn = 0.4 + 0.3 × 2n) was the first empirical attempt at describing these regularities, and was followed by several other proposals. The discovery of similar structures in the distribution of the satellites of the great planets led to a revival of interest for such studies, and to the hope that indeed a physical mechanism was at work. Now we can add a topological why to the how and when of metric space measure:

Those planets are in the nodes between gravitational waves of different frequency/amplitude and the solar system’s orbital plane in which planets feed, ‘deforming’ space-time, as they follow their static gravitational orbits; as electrons are in the nodes of their quantum waves, fine-tuned by the secondary levels they access according to the strength of the electromagnetic waves they exchange with their environment. For the same reasons stars should in the nodes of gravitational waves caused by galactic black holes.

In the graph we draw the 2 fundamental wave lengths that could explain the distances between planets: a high frequency, short gravitational wave of 0.33 AU could explain the positions of ferromagnetic, inner planets on its nodes. While 2 low frequency long wavelengths at 5 and 10 AU, could explain the position of bigger, and lighter gaseous planets. Since Jupiter is located at 5 AU, Saturn at 10 AU, Uranus at 20 AU, Neptune at 35 AU, Pluto at 40 AU; and as I predicted a decade ago, we have found a new planet, which I called then Chronos, ‘the last of the titans’ at 100 AU, in the limit of the solar system, ‘renamed’ Selma (-;.

– G-waves explain why planets have ecliptic orbits with an inclination on its axis, which is a natural orientation if they are receiving curved G-waves with a certain angle through its polar axis. In that regard, the rings of gaseous planets in the point of maximal activity of those waves (Jupiter and Saturn) and the spiral vortices of galaxies, could act as ‘antennae’ for those waves at star and galactic level.

– Those waves might cause, as all lineal movements do, a cyclical vortex around them, originating the condensation of planetary nebulae. While in galaxies their wave structure seems to originate the different densities of stars in their nodal zones.

– Planets suffer catastrophic changes in their magnetic fields, probably produced by changes in the directionality of those waves, emitted through the tropical dark spots of the sun.

There are advanced mathematical models of gravito-magnetism that have unified both type of waves, departing from Einstein’s work. Thus energetic ‘gravito-magnetic’ waves might cause a change in planetary magnetic fields as a magnetic field changes the spin of an atom that aligns itself with the field. For example, Uranus is tumbled and it has lost most of its magnetic field: perhaps it was knocked-out and relocated by a G wave.

Lineal magnetism is in fact in complex physics of multiple planes of space-time the intermediate SæxTo force that ‘transcends’ from the gravitational to the electromagnetic scale: for example, electromagnetic light or ferromagnetic atoms like iron should absorb gravitational Entropy through their magnetic fields.

– Solar spots are the probable source of those waves. Yet its origin might be the central core of the star or the activity of the central black hole, whose G-waves might be absorbed and re-emitted by the star. We cannot perceive G-waves directly; but magnetic storms, solar winds and the highly energetic electromagnetic flows and particles that come from the sun’s spots, might be its secondary effects. In the same way we only perceive indirectly the waves of dark Entropy emitted by black holes that position the stars of spiral galaxies, by observing the mass and radiation dragged by those waves.

– Those catastrophes might cause the climatic changes that modulate the evolution of life on Earth, since we already know that the activity of sun spots affects the temperature of the Earth.

– G-waves could structure the galaxy and its stars in the way electromagnetic impulses structure a crystalline atomic network, ordering the distance between its molecules: electromagnetic waves also feed with Entropy and information those crystal webs. For example, electromagnetic waves cause the vibration of quartzs, which absorb Entropy from light and vibrate, emitting ‘maser-like’, highly ordered discharges of electromagnetism. We observe similar maser beams in neutron stars, called for that reason pulsars.

Recap. Gravitational waves produced by black holes control the location of stars and planets, and its spin/orientation through smaller gravito-magnetic waves.

Organic Patterns in the Galaxy. The why of G-waves.

The closest homology of the 2 dual networks of the galaxy is with an atom in which the central nucleon with max. density of gravitational information and the external electronic membrane interact in a middle space-time vacuum through gravitational forces and electromagnetic photons.

Another self-similarity between scales of multiple space-times might be established in complex analysis between the galaxy and a simple ‘cellular’ organism, which introduces elements of complex biology in astronomy obviously more difficult to accept from a mechanist perspective).

Following the cellular or physiological homologies, the network of dark, informative matter and gravitational Entropy, connected to black holes, surrounds and controls the stars’ electromagnetic Entropy. We know that it was formed first and then guided the creation of electromagnetic Entropy, so we can observe it indirectly and deduce its form from the highly quantized shape of the filaments of light-galaxies that were formed around dark matter (right graph). Thus dark matter acts in a similar way to the RNA that shapes and controls the Golgi membranes of the cell or the nervous system that guides and builds the morphology of the body; while the network of stars and electromagnetic – the slower Entropy that produces the substances of galaxies – surrounds those strands of dark matter. In the cell’s homology ribosomes that create most products of the cell are pegged to those membranes.

We shall consider briefly here 2 of those controversial hypothesis: The possibility that black holes perceive gravitation and the chains of causality between the different scales of the Universe, self-similar to the chains of causality between cells and bodies.

– The most controversial element of a cosmological model based in G-waves is the existence of gravitational information that allows strange, neutron stars and black holes and maybe in the future evolved planets such as the Earth through its machine systems to perceive and move at will within a static field of gravitation.

On the Earth animals use light as information and dominate plants, which use it as Entropy. The hypothesis of complex cosmology is that stars are ‘gravitational plants’ that merely feed and curve gravitational space-time, while Worm Holes are ‘gravitational animals’, which are able to process gravitation as information and control and shape with gravitational waves the form of galaxies, their territorial space-time. They are in that sense extremely simple plants and animals. A more proper comparison would be with a cell, where the DNA molecules are the Worm Holes, the informative masses of physical space; and the mitochondria that produce energetic substances, the stars.

Thus frozen, quark stars could be ‘gravitational perceivers’ in the cosmological realm, as animals are light perceivers in the Earth’s crust and DNA perceives van der Waals forces in the cellular realm.

On the other hand stars would be plant-like, floating in the sea of gravitation, used as Entropy of their motion, feeding on interstellar gas, as planckton does, floating in the sea of water.

Do black holes perceive gravitation as complex animals perceive light, instinctively or mechanically, as DNA perceives the forces of the cell? They probably gauge gravitation in very simple ‘forms’, as a cellular DNA-system, much simpler than the brain of animals, perceives its territorial cell.

That is the supremacy of man in a relative universe were size is less important than form: While all systems process information, man is a summit of form and hence one of the most conscious species. Yet black holes have enough quark complexity to act/react to informative flows, as they seek Entropy to feed on – our electronic Entropy. This hypothesis has experimental proofs, since pulsars and black holes emit gravitational waves and we have observed many black holes following erratic paths through the galaxy, which defy the tidal, regular orbits of stars.

In that sense, multiple space times theory considers that in the same way light waves are the Entropy of plants and the information of animals, gravitational waves move stars and inform black holes, the most evolved celestial bodies, which emit or feed on the Entropy and information provided by those gravitational waves.

Further on, gravitational waves emitted by black holes might reproduce matter on the cores of stars and planets:

If those gravitational waves degenerate easily into quark matter as the jets of quasars show, they could also become converted into matter in the super fluid cores of stars and the crystalline centers of planets, in a process inverse to the Lorenz Transformations; since tachyons acquire more mass when they slow down, trapped by those superfluid and crystalline vortex.

Thus, as light is converted into Entropy in plants, stars and planets will create their ‘amino acids’, quark matter, in those processes. Thus, dark Entropy, tachyon strings would decelerate into c-speed gluons that would reproduce quarks; (as electromagnetic waves become photons and electrons).

There is also a mechanism by which those planets and stars ‘jump’ or change their spin position under the effect of gravitational waves, as electrons do under a magnetic field: the core of stars are made of super fluid helium and the core of planets of iron crystals, which are the only atoms that can absorb the Entropy of a gravito-magnetic field to change its motion.

Finally, all those events will have a ‘why’ in the 4 arrows of the organic Universe; since they would represent the feeding, matter reproduction, informative perception and social location within the galactic or planetary network of celestial bodies, equivalent to the 4 whys of the 4 quantum numbers, described before.

Recap. Gravitational waves accomplish the 6 arrows of time for celestial bodies, as the 4 quantum numbers describe those arrows for electrons.


5th isomorphism: 5 Actions:

The 3±∆ dimensions of light are its 3±∆ actions:

∆ï-3: The electric field with ‘height dimension’ carries its in-form-ation to the O∆+1 electronic scale.

∆e-2: The gravitomagnetic field feeds & warps 1D tachyon strings by a -ct factor.

∆œ-1: The Iterative action is its length dimension=c-speed, found by Maxwell: c=(e x µ)-1/2

  • 10: Color is the + action of social evolution that gathers multiple photons with equal frequency.

û+1: The electron is its ∆+1 boson state – a fractal density of collapsing photons.

the 4 codes of actions.

As scientific equations are varieties of the Fractal Generator and its 4 functions that represent the 4 vital actions common to all species of space-time. Thus in each of those scientific scales 4 functional equations express the energetic, informative, reproductive and social actions that suffice to describe the existence of each species:

i-3: Light actions.

4 Vital Dimensions explain the existence of light-space: the wide, energetic, magnetic field; the tall, informative, electric field; the reproductive, long wave speed, calculated as the product of its electric and magnetic field and its frequency colors, which are societies of photons:


In the graph, we have written the 3 dimensions of time, past, slow energy and future, fast information with the human time-clock speed as our relative present, point of view. Since simpler scales are causally in the past; as an entity is created literally by informing, molding with higher i+1 networks, simpler scales ‘cell by cell’. When a light wave moves, it does not ‘displace’ but reproduces its wave motions, ‘warping’ simpler gravitational 1D string lines, by a height factor of –ct (Relativity). Motion is really reproduction of information on a simpler ∆-1 scale. Thus we describe the 3 Time Dimensions of ‘social evolution’ of light across 3 i-scales as:

– ∑: Color is the 4th ‘social dimension’ of light, made by herding together multiple frequencies of light into a photon, its present, simultaneous space dimension. As space from the perspective of time dimensions is a present ‘slice’ of the total time flow – the 4th dimension of time. While inversely the Present, simultaneous measures of Time, are in Relativity the 4th dimension of space. Yet we reach a sounder description separating those 3+3 spacetime dimensions, by using multiple time speeds instead of a single 4D clock.

+∆: Fractal electrons are Light’s ∆+1 dimension of future network evolution.

-∆: The gravitational ∆-1 scale in which it feeds is its relative, to which it returns after ‘dying’, red-shifting and expanding its length-speed between galaxies (z>c).

Then as light warps into more informative, smaller beings (Max.Tƒ x Min. Sp), first electrons, then molecular orbitals and so on, each new ‘scale’ of light space-time requires the previous scales to be born. Thus causally simpler scales are in the past. When your ∆+1 neurons, create your ∏-whole, they are in the past, requiring an action-bit of time to synchronize and emerge as an ∆+1 whole into the future. That’s why the subconscious rules, and the ‘ego’ merely observes with its electric whole brain waves; or the molecular orbital appears ‘after’ the atomic ones dissolve into the whole.

Further on, complex i+n systems move slower, as they draw more information in a single space-point. A light beam of pure ¥-space informs only a gravitational line so it reaches the maximal c-speed of our spacetime membrane. But there is another parallel Universe of gravitational scales, of E-speed and information-order, made of dark, gravitational energy, quark matter and quark, boson stars (black holes), which are accelerating vortices of w>C and T<0k  beyond the c-event horizon. And since we ‘don’t see’ gravitational information, its relative motion-speed is ∞, non-local.


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

4 quantum numbers describe all the 4 ‘drives’ of existence of electrons:

its level of energy (principal number), its gauging of information (2nd number), its reproductive decoupling when they have opposite ‘sexual’ spin number and evolve socially organized by the magnetic number:

4 type of vibrations organize a social molecule.

Now, the study of the ‘Program of Existence’ of all physical systems, let alone those considered above, is an enormously extended field, and so we must consider for the reader not to loose its ‘mind’ (-; on such vast field, which encompasses all the actions and events of the Universe, only a few physical systems and codes are latter studied in detail for each scale of physical systems, the 4 quantum numbers of the U∆-3, electromagnetic scale, the  laws of thermodynamics and 4 Maxwell + Lorentz equations for the intermediate states of electric currents and states of matter, and the totally unknown as the field is completely new, the organic description of a galaxy and its inner actions as an organism similar to a ‘cell’, which will allow us to drive many interesting parallelisms and conclusions that complete with the atom/galaxy duality the complete understanding of it.

Thus in this very brief introduction we can see that we can find across the main ∆ scales of physical systems, the same Se<ST>Tƒ symmetries in space and time, and its transformations, from where most laws, events and species of physical systems are created. In those processes of creation, however we must be sure we are studying fields where uncertainty (low scales) and darkness (upper scales) or ‘ego-centrism’ (central scales), do not deform our ‘knowledge’.

In this epistemology and the understanding of the relativity of all knowledge with the 3 relative uncertainties of -∆ uncertainty, Ä-self-certainty and +∆-darkness… must be always understood in terms of communication. The lower, excessive information of the potential identical quantum parts, which have many possible histories – creations of larger wholes – creates uncertainty.

The middle, ego-centered, ∆o, human point of view introduces anthropomorphic limits to the kind of knowledge he expects to accept from far away particles and galaxies (notably perceptive and life-related characteristics, which all systems do have).

And finally the larger world is silent, dark, it simply does not send information, as it is far removed from us and the bias of information towards larger scales here finds a minimal.

So it is essential to know how the ‘inverse arrows of information and energy’ make entropy and reproductive evolution two different ‘directions’.

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