The Human Biocrystal

“The human energy field exists as an array of oscillating energy points that have a layered structure and a definite symmetry and these properties fulfill the definition of a normal crystal in material form” – Marc Vogel

The human body is a universe onto itself; a vast, intricate system of incredible sensitivity. It has been the subject of wonder, philosophy and scientific study for centuries, yet its most elemental design is still shrouded in mystery. What’s the relation of biological life to the Cosmos – to the fabric of space and time itself? Is our body the “earthen machine” of Descartes; an automaton of discrete mechanical functions? Or are we locked in endless struggle against the clock of thermodynamic entropy, as is the view of contemporary physics? The Holofractographic Universe Theory sheds new light on these questions; a unified description of the Cosmos reveals its true relation to Man – a relationship so entangled, so intimate that the two cannot be set apart.

The Immensity of Biological Complexity

The biological cell is an entity of astonishing detail, billions of chemical processes take place within it every second – metabolism, gene expression, extracellular communication, molecular transport, DNA replication, reproduction, cell differentiation just to name a few. There are 50 trillion cells in the human body and their combined DNA unraveled would cover the distance from the Earth to the Sun well over 400 times! All this operates beautifully within the body to maintain a living breathing organism adapted for interaction with an exterior universe of innumerable physical processes. What can account for such extreme levels of organization? The law of thermodynamic entropy does not readily explain the complexity expressed by biological evolution, nor can it account for the elaborate function and cooperation of cells. How does 50 trillion cells act in perfect symphony? Or what natural process compelled “inert minerals” to form intricate biological cells in the first place? Obviously there is a self-organizing element present, a naturally inherent movement towards order and coherency; left alone the universe will produce incredible complexity on its own accord.

Fractal Space – The Blueprint of Life

The Holofractographic Universe model propose that the space between atoms and stars is not empty but full; it’s an infinitely dense sea of energy sustaining everything in the Cosmos. Matter emerges as a function of space, not vice versa, and it condenses into nested toroidal systems conforming to the topological manifold of space itself (the U4 bubble), e.g. quasars, galaxies, star clusters, stellar systems, planets and so on. The atom too is an expression of space, a tiny toroidal “whirlpool” in the vacuum which converts an infinitesimally small percentage of the vacuum fluctuations into mass. Its nuclei, the Scwarzschild proton, contains energy equivalent to the mass of the universe, thus a holographic representation of all the information of the universe is present within every atom. As such space is the common ground connecting all things, it contains all information and thus has all that it needs to self-organize. Its fluid dynamics and Corriolis effects gives rise to a feedback loop of expansion and contraction and this feedback process sustains a continuous fractalization of space itself, which in turn allows for material growth and the evolution of deeper states of complexity.

Expanding space creates the electromagnetic field while contracting space is the source of gravity.

Feedback is an essential process in any fractal organization; information must reiterate for a pattern to self-repeat, cohere and evolve. In the same way the the 64 tetrahedron geometry of the vacuum is a cubeoctahedral crystalline geometry which grows radially in all directions, generating the fractal structure of space. Thus the self-organizing element is present as the geometry of space itself; physical structure conforms to the geometry of the vacuum and arrange into toroidal spherical systems. Life is no accident, but rather an inexorable law; it’s the most natural path of the fractal unfoldment of space and time itself. Biological organisms could be said to be at the frontier of this fractal, expressions of its extension into extremely high levels of coherency. The evolution of complex organisms, of course, takes place when information/energy continuously re-iterates from slightly different albeit unique angles, allowing for biological diversity to unfold. In a simplified manner we may state that the human body too is a construct of the vacuum, an expansion if you will, and information absorbs, or implodes, into it closing the feedback loop giving rise to the experience of consciousness. Consciousness can be described as a function of space, an inherent property of its natural topology, and the biological form can thus better be understood as a receiver tuned to the frequency of the vacuum, rather than the producer of consciousness. Let’s examine just how this resonant communion between the absolute vacuum and the physical form takes place.

Liquid Crystal Within The Human Body

A crystal is a structure whose molecules are arranged in a regular, organized pattern. Characteristically crystals resonate or oscilate at different frequencies and some are also piezoelectric, i.e. they respond to mechanical stress by generating an electrical charge. Both of these properties has frequently been taken advantage of in computer engineering and electronics, e.g. radio transmitters use crystals to tune into and stabilize frequencies. Looking for a conductor of vacuum information we could look to the crystal-like systems within the body. In fact there are great many structures within the human organism that can be described as crystal-like.

Liquid crystal is a kind of crystal that exhibits fluid dynamics while maintaining molecules in an organized pattern, much like marching soldiers retain their regimented structure even while turning a corner. The phospholipid molecules of the cell membrane behave in a similar fashion; their fluid crystalline organization allows the membrane to dynamically alter its shape while maintaining its integrity, abling it to both insulate and vibrate in resonance with electrical impulses, much like a crystalline semi conductor chip.

Phospholipid molecules of the cell membrane in fluid crystalline organization.

The DNA molecule also displays crystalline organization, and both the DNA and the bones of our body are piezoelectric and will respond electrically upon a mechanical impulse from its environment. In fact each organ, gland, nerve system, cell and protein structure shows a level of organization with some degree of crystalline function and together they form a network of oscillating, resonating crystal structures that form an overall resonance pattern. Crystal expert Marcel Vogel once stated that “the human energy field exists as an array of oscillating energy points that have a layered structure and a definite symmetry and these properties fulfill the definition of a normal crystal in material form”. In our human form we can actually be understood as oscillating biocrystals; open systems in continuous resonance with the frequencies of the vacuum geometry.

“The error lies in the fact that humanity long ago misassumed that the organism employed by life is the life itself instead of merely the vehicle—as if the telephone was the communication itself instead of
merely the instrument.” - Buckminster Fuller

Water – Bridging Pure Potential with Definite Form

Although the H₂O molecule in itself is fairly simple, water is far more complex than its formula seems to indicate. Firstly, on a molecular level water is highly cohesive; the hydrogen atoms of one molecule attracts the oxygen atoms of surrounding molecules thereby organizing into crystal-like grids which in themselves may be able to store or transduce vibrational information. Yet more significantly water has a unique property in that its molecular array is tetrahedral – just like the vacuum structure. Being the exact geometry of the vacuum it functions as the perfect conduit for coherent information exchange between the vacuum and biological systems. Its tetrahedral configuration produces a spin function in the structure of space time forming a resonance link to the fluid dynamics of the water molecule. Through this resonance coherent information reverberates through its construct propagating negentropic processes into the material form – processes that move towards higher states of order, again mirroring the symmetrical vacuum geometry.

Biological organisms, of course, are largely made up of water, and endogenous water is crucial to understand the immense complexity of metabolic life. The human body consists of 75% water and our brain about 90%, yet the importance of this fact is often underestimated. In fact infants born with mostly water in their brain (hydrocephaly) responds consciously to stimuli and functions perfectly, yet only a small part of their brain is composed of neurons. In other words, we are fully conscious even with very little grey matter in the brain, yet remove the water and life will collapse. The highly structured water molecules are also central to the composure of DNA molecules, which interestingly are composed 64 codons. Water surrounds and contains the nucleotides and atoms comprising the double helix and may very well be the actual source of its detailed design by serving as a conduit for vacuum information transfer. This was nicely demonstrated in a remarkable experiement by Nobel Prize winner Luc Montagnier wherein water and very low electromagnetic frequencies alone was used to create DNA molecules from its rudimentary chemical components. The experiment provides a compelling argument for the idea that water inherently possess the ability to convert high entropy (disordered) energy into states of lower entropy (higher order).

Consequently water may act as the medium through which the vacuum “extends” into complex biological form – through the resonant element of water the fractal feedback of biological evolution is made possible. Our body literally grows out of the Cosmos and the Cosmos itself is fundamentally inseparable from our body – they are the same albeit manifest at different scales; the totality of the universe is present holographically within and as every single individual. The fractal vacuum field is like a fluid lattice directing the formation of universes, quasars, galaxies, stars, planets, atoms, sub-atomic particles and complex cellular life forms. It extends itself simultaneously through all these scales and eventually observes its own magnificence through the eyes of a self-aware entity. As such, the human form is a holographic projection of the crystalline geometry of hyperspace – a spontaneous flowering of Totality itself.

Quantum Gravity and the Holographic Mass

“The universe is uncaused, like a net of jewels in which each is only the reflection of all the others in a fantastic interrelated harmony without end.” – Ramesh Balsekar

In Haramein’s new paper “Quantum Gravity and the Holographic Mass” a brilliant approach to Quantum Gravity and the Holographic principle is described as well a range of other important relationships between the Schwarzschild proton and our universe as a whole. In this model we come to an understanding of the space-time manifold as a holographic matrix projected from the event horizon of a black hole proton – a proton which is merely the reflection of all other protons in the universe. The implications are vast, so let’s embark on a journey together down the wormhole of the Holofractographic Universe!

The Schwarzchild proton vs. the Standard proton

The graph presented by Haramein in “Scale Unification” plots objects obeying the “Schwarzschild condition” of a black hole from universal size down to the Planck distance on a scale of frequency vs. radius. It pictures a cosmological scale in which our own universe is the interior of a black hole and all the major objects within it, like quasars, galactic nuclei and stars, are smaller black holes that we experience the outside of. In the scaling graph the atom falls nicely near the trend line, demonstrating for the first time a linear relationship across the boundary between the micro and macro cosmos.

The above graph, from “The Schwarzschild Proton” paper, is a logarithmic scale of mass vs. radius and it too reveals that the 10¹⁴ gm Schwarzschild proton falls perfectly on a trend line of organized matter in the universe whereas the standard proton, with a mass of 10^-24 gm, falls far off. The Schwarzschild proton materialize in an incredibly dense sea of vacuum energy and this energy is taken into account when calculating its dynamics and mass. Yet, in the same graph, the mass of the universe is deduced by the addition of all protons utilizing their standard mass. To clarify the seemingly paradoxical presence of two different values for the proton mass within the framework of the theory we need to look deeper into the actual physics taking place within the Schwarzchild proton and account for the origin of what is now called the “strong force”.

The Strong Force or Gravity?

The strong force in the standard model is a force evoked to explain how positively charged protons in the atomic nucleus can remain tightly packed despite their inherent electrostatic repulsion. When physicists discovered the confining force of quarks and protons they were baffled as to explain how these dynamics arise. They invented “the Strong force” and assigned to it just the right value needed for the equations to work out. However, the strong force was not given a mechanical source – it appears without cause and its strength is given as 10³⁹ times stronger than Gravity!

In the Schwarzschild proton this contractive energy in the nucleus of the atom is accounted for in terms of mass – and it’s a gravitational force arising in the presence of a black hole singularity. The Schwarzschild proton interacts with highly energetic vacuum fluctuations within and outside the proton horizon through which it gains the mass/energy necessary to be understood as a black hole entity. Thus its interactions with the quantum vacuum is the probably the true source of the underlying mechanics of the strong force.

Now, to understand how the Schwarzschild proton relates to the larger universe we must first take a closer look at the cosmological constant.

The Cosmological Constant and the Vacuum Catastrophe

The accelerating expansion of the universe is commonly attributed to “dark energy”, a phenomenon which is said to be related to vacuum fluctuations at a cosmological scale, much the same as those at quantum level. Dark energy is thought to be a constant energy density filling space homogeneously throughout the universe. It is the given source for the cosmological constant, a constant for the expansion of space. When scientists calculated the value for the cosmological constant they found it to be 10^-29 gm per cm³ – in other words; very weak. However, at the quantum level the renormalized value for the vacuum energy density is 10⁹³ gm per cm³ – which is extremely large! The discrepancy between the two constitutes a whopping 122 orders of magnitude! This poses a difficult problem as the quantum vacuum of 10⁹³ gm/cm³ should, at least in some way, be related to the cosmological constant at 10^-29 gm/cm³. The conundrum, appropriately named “the vacuum catastrophe”, is one of the major problems of contemporary physics and the error in prediction is often called the largest ever done in the history of the field.

The solution proposed in “Quantum Gravity and the Holographic Mass” is both beautiful and simple. Let’s walk through the rationale together: The mass/energy available within the volume of a proton sphere, in the form of vacuum energy, is 10⁵⁵ gm. Using the renormalized vacuum density of 10⁹³ gm per cubic centimeter, 10⁵⁵ gm is how much vacuum energy there is room for within the tiny proton volume. Let’s imagine we take this proton volume and expand it to the estimated size of the universe; obviously the energy density would drastically reduce. Actually it would land right at 10^-30 gm per cm³ – very close to the measured value of the cosmological constant, and already a remarkable correlation. Currently there is no exact measure for the radius of the universe and working on such a huge scale it would be acceptable to adjust the estimated size of the universe so as to make it match the desired number, as is often done in physics. However a more accurate approach was found in which we may deduce the exact radius of the universe by working with the Schwarzschild proton alone.

If the mass of the universe is holographically represented within a proton we can use this value (of 10⁵⁵ gm) to obtain the correct radius of a black hole universe by utilizing the Schwarzschild equation. The equation calculates the radius of a given system with X mass needed to become a black hole entity, so we plot the mass of the universe (10⁵⁵gm) into the Schwarzschild equation (r=2G/c²⁾ to find out the exact radius of the black hole universe – and the result is 4.14×10²⁷ m. Now, equipped with this more accurate value, we expand the proton to that radius and we find the decreased vacuum density becomes 10^-29 gm/cm³ – the exact value of the cosmological constant! Matching up these extremely high numbers with such high degree of accuracy is an incredible discovery that proves the presence of a significant relationship between the proton and the universe in which it resides.

So if the universe is the inside of a black hole, its cosmological constant is simply the value of the expanded proton’s energy density. We have demonstrated that the mass of the proton is a representation of the mass of the universe and that there is an intimate relationship between the size and the energy level of a proton and the universe in which it exists. This relationship can best can be expressed holographically, which will bring us to a complete circle wherein we may describe the structure of space-time, the Electromagnetic force and Gravity through geometrization of space alone.

The Holographic Principle and Quantum Gravity

To better understand this part we must first examine the holographic principle. The holographic principle states that the description of a volume of space can be thought of as encoded on a boundary to the region of space – like an event horizon. The principle is utilized when describing the entropy, or thermodynamics, of a black hole system. It states that all information of an object absorbed by a black hole is «smeared out» across its surface and conserved as informational bits. In this way all the information of the black hole is stored holographically on its surface as abstract Planck pixels, or bits, and thus we can calculate its total entropy just by counting the Planck distances on its surface area.

If this is true then the black hole proton should be a direct reflection of the black hole universe, and thus we should be able to map out the whole universe just by studying a single proton. We could describe how everything in the universe is embedded within everything else, or more specifically, how one proton entangles to all other protons. By counting the Planck areas on the surface of the proton and Planck spheres within its volume we can explore the relationship of its horizon to its volume and its external relationship to the universal vacuum fluctuations. Basically the calculations are done by dividing the volume of the Planck sphere into the proton volume and the area of the Planck circle into the proton surface. Let’s see how:

To find the surface area of the Schwarzschild protonwe make the Planck distance a circle and embed them onto the proton surface, each circle measuring one Planck length diameter. The planck circle is actually a function of the vacuum structure within the proton; as we’re also filling the proton volume with Planck spheres the pattern that holographically reflects onto the proton surface is a pattern of intersecting circles – the pattern of the flower of life (see below). Within the proton each sphere can be thought of as a wavefront of a tiny oscillation of vacuum fluctuations creating a uniform interference pattern with the Planck spheres around it. The surface area of the proton horizon is divided by the Planck circles in such a way that they are space filling, as the spheres inside the proton, creating the flower of life pattern. The intersecting circles of the flower of life is the only way for the Planck circles to tile; the geometry would not be space filling with any other pattern. After running the equation the resulting number of Planck circles on the proton horizon is 4,72×10⁴⁰.

Notice the 2-dimensional pattern projected from the intersecting speheres of the vacuum structure.

Interestingly 10⁴⁰ is a number recognized by Haramein to be a recurring number in cosmology: it’s the approximate magnitude of difference between the Strong force and Gravity, it’s the increase in radius of the proton when it is expanded to the universe, the ratio between the Schwarzschild mass of the proton and the standard mass and the ratio of the mass of all vacuum fluctuations within the proton to the mass of the Schwarzschild proton.

If we divide 10⁴⁰ with10⁵⁵ (the volume of Planck spheres within the proton) the result is 5,91×10¹⁴ – this is the exact mass needed for the proton to obey the Schwarzschild condition (R_s) generating a black hole entity. Now we have derived the Schwarzschild mass of the proton from Planck units and geometry alone, without involving the Schwarzschild equation or the gravitational equations of Einstein’s general relativity. Thus gravity is described as a ratio of mass/information to surface area and has been accounted for completely geometrically, without involving space-time curvature, only through pixelation of the structure of the vacuum itself. For the first time we see a functioning description of Quantum Gravity!

The Proton and the Flower of Life

Now we’re finally able to describe how the two different mass values for the proton arise in the logarithmic scale of mass vs. radius. We are also able to extract various mind boggling data about the universe from the proton geometry alone. Let’s see how:

The internal volume of the proton relates to its surface geometry in such a way that one Planck area holographically expresses all the information entangled with it. If we divide the flower of life tessellations (10⁴⁰ ) with the volume of the proton itself (10^-39) the result comes out 1,67×10⁷⁹ – which is the estimated number of particles in the universe! The result reveals a quantum entanglement with all other protons! Each Planck circle can be thought of as a mini-wormhole connecting with another proton.

To find the actual mass for a single proton in this matrix we must first map the influence of all protons on a single Planck area. We do this by dividing the Schwarzchild mass by all the protons in the universe which gives us 10^-65. Then we multiply this number with the number of Planck areas on the holographic proton surface, namely 4,72×10⁴⁰, to get the mass influence of one single proton. The result is 1,672295215 x 10^-24 – which is the Standard mass of the proton! The calculations are within a 0.019 % deviation from the mass of the proton given in the standard model, and most likely this is the more accurate value for its mass when measured from the outside of its event horizon. Now we’re able to understand the seemingly paradoxical presence of two values for the proton mass; no proton can be isolated and measured independently without taking into account its entanglement with all other protons. Measuring a single proton from the exterior of its event horizon it seems to exhibit a mass of 10^-24gm, while on the inside its entanglement to all other protons keeps it in a Schwarzschild condition of a mini black hole, at 10¹⁴ gm. Thus the measured mass (10^-24gm) is the expression of the mass influence per proton on each of the 10⁴⁰ holographic bits on the proton horizon. Each proton is outwardly expressing its tiny bit of the distributed mass/information of the entire universe, and each proton is connected to all the other protons through 10⁴⁰ wormholes on its surface.

Another way to arrive at the same conclusion is to divide the mass of the Universe (10⁵⁵), extrapolated from the inside of the proton, by the number of protons in the universe (10⁷⁹), extrapolated by the surface of the proton, which again results in the exact mass of a single proton (1,672295215 x 10^-24)! The mere fact that these gigantic numbers divided nails the mass value of the proton to the decimal is a huge confirmation of the accuracy of the theory.

Mapping the Multiverse

The implications of the Holofractographic Universe compels the imagination. Through these simple equations we come to an understanding of the space-time manifold as a holographic fractal pixel matrix projected from the pattern of the Flower of Life. The Schwarzschild proton has 10⁴⁰ Planck circles on its surface, which in the first fractal iteration connects to as many protons. Those protons connect to 10⁴⁰ different protons, which joins the first one to 10⁸⁰ protons by a fractal progression. By studying this fractal pattern further we may even begin to map out the multiverse; from one proton we can calculate the size and mass of the universe, the radius of the universe, the cosmological constant, the energy density, the gravitational field, the larger universe in which our own is contained, how many universes there is in a larger one, and a larger one and… I’ll leave the rest to your imagination.

In time all this will be simplified further in such a way that it’s expressed in a single, simple equation – as has been the dream of many great scientists and thinkers throughout the history of physics. Personally I’ve been filled with a tangible connectivity to all things just by contemplating this beautiful description of our Universe. The mere fact that space itself in its state of infinite, utter completion explores its endless potential through us certainly gives assurance and faith to surrender to the sheer beauty of its unfoldment…

Beyond The Horizon – Life After Life

“What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from.” – T.S. Eliot

In a Holofractographic Universe life after life is as evident as Life itself. Consciousness is an emergent phenomena of the space-time topology and thus what we call life is a continuation of experience extending beyond the bodily form. We’re all part of an endless journey that carry us beyond ever new event horizons, so what happens on that day when we do cross our own horizon into the vast unknown?

Stages of Life after Life

Near death experiences (NDEs) offers invaluable clues to the nature of existence and consciousness, and upon examining the accounts of people having gone through such experiences one often sees an interesting commonality in the use of physics words like “energy”, “space”, “frequency”, “amplitude”, “fractals”, “tunnels” and even “black holes”. The accounts often suggests subtle structure beyond what is visible via the known electromagnetic spectrum. If consciousness is a phenomenon arising from the topology of space itself, it is also reasonable to assume that coherent structure, and the experience of physics, goes on after bodily death.

Often a person having a NDE describes a very vivid state in which his consciousness seems as if amplified, often described as “an increase of frequency” or “feeling more alive than when in the body”. Their consciousness seems to merge into the surrounding space itself, enveloping buildings, people and trees. However, floating above the deceased body, what is usually first noticed is their own feeling of objectivity to what is going on. The lifeless body may lie mangled beneath, yet they remain quite untouched by it. This may reflect the natural non dual nature of consciousness, always observing, like a silent witness. The topology of space-time continues to process information like before, but now the bodily emotions no longer distort its pure nature.

People who go through an NDE are surprised by the fact that their mind seem wholly intact. They still think to themselves, often puzzeled about what just ocurred, and in fact most often the deceased (correctly) believes himself to still be alive! This often leads to confusing situations where the discarnate soul tries in vain to interact with its environment. But in the end, often through interaction with higher beings or entities, this leads to the person realizing the fact that his time has come.

Upon this realization the NDE seems to go into a different phase. Whereas the first moments most often is spent near the discarnate body or with living loved ones, this next phase seems to transport the soul into different realm altogether – beyond our own horizon. Most often the person passes through a tunnel with an alluring light in the end. Interestingly many people describe the tunnel to feel very narrow or like they’re moving extremely fast, being stretched out over a vast distance. May it be that these perceptions occur as ones own position in the cosmic fractal is changing frequency or scale through wormhole-like structures?

Anyhow, the next stages are very different from person to person. Usually various spiritual imagery is seen or one meets higher beings consulting them about the life liven. The soul often feels a sense of tremendous freedom and deep emotions of eqsquisite bliss. Some describe being taken to otherworldly planets with crystalline cities and meeting friends or relatives in their soul form. People describe places much like our world, but with radiant, iridescent colors, beautiful organic buildings and people of light. It becomes immediately apparent to the discarnate soul that we are eternal beings. Some people note that, once on the other side, their previous life seemed like an instant, and their true home in the celestial realm seems obvious. The soul is filled with joy and, intuitively understanding the purpose of bodily incarnation, it may very much desire to incarnate again.

Mellen Thomas Benedict’s Near Death Experience

Few NDE reports are as descriptive and detailed as that of Mellen Thomas Benedict. His account is of special interest in relation to the Holofractographic universe theory, as he gives detailed descriptions of geometric grids, fractal space, zero-point energy and black holes! Mellen died of cancer and was clinically dead for over an hour. His memory of his experience is vivid and his descriptions are astounding to say the least. In his near death experience he inquires into the nature of Life. He then expands into the universe and come to see it as fractal structure and even describes black holes as recyclers of energy! A remarkable story and a very exciting read… You’ll find it here: Near Death Experiences – Mellen Thomas Benedict.

More reading on Near Death Experiences:

Near Death Experience Research Foundation

Near Death Experiences and the Afterlife

Geometry in the Cosmos

From astronomical observations we find much evidence supporting the idea that the universe has an underlying geometric blueprint. If all cosmological dynamics are governed by a fundamental torus topology dictated by a 64-tetrahedron metric, we may expect to find self similar systems and common characteristics across the various scales of spatial dimension in which we observe these events. Scale Unification – A Universal Scaling Law For Organized Matter gives a first approximation of the harmonic resolutions in which matter organize and the toroidal dynamics through which it happens. Let’s have a closer look at a few of the various systems we see out there…

Self-similar Rotating Systems and the problem of “Dark matter”

Observing our own galaxy we have found that it spins too fast for its estimated mass, and too fast to retain its high level of structure. In addition, the rotational speed of stars close to the galactic bulge and its visible edge remain constant, as if the galaxy was a nearly solid body. The rotational curve is thus said to be “flat” – there is little change in speed in stars close to the center and those at the edge of the system. The momentum of galactic rotation is thought to originate at the big bang, and conserved in a “frictionless environment” since then. Yet this leaves a problem as a mismatch occur when comparing what we observe with calculations.

Rotation curve of a typical spiral galaxy: predicted (A) and observed (B). The discrepancy between the curves is attributed to dark matter

This mismatch led to the invention “dark matter”, which is hypothesized to float in halos around galaxies, providing them with the  exact missing mass and structure needed to fit observations. The alternative approach to explain these dynamics is to incorporate a mechanical source for angular momentum to the rotation of the system itself. Where does it gain the energy needed to drive the galactic arms around uniformly? Space-time torque. The system is driven by the structure of space-time itself, which is continuously imploding towards infinite density, forcing the surrounding material to spin. As small differences in temperature drives enormous hurricanes on Earth, differences in the vacuum density across decreasing scales drives space-time implosion in black hole systems – like in galaxies.

The same flattening of the rotational curve is observed in the magnetohydrodynamics of stars and even hurricanes on earth, both of which are vastly different in both scale and density. Finding self-similar characteristics in rotating bodies across such enormous differences in scale points to a common underlying mechanism.

Our local stellar object, the Sun, exhibits plasma dynamics that are consistent with galactic toroidal field topology, conforming to the U4 dual torus topology. Plasma streams flows down to the equator and back up to the poles, much in the same way as weather in the atmosphere of Earth.

Energy events at 19.5 latitude

We may also glimpse the invisible geometry of hyperspace by looking at its imprints in stars and planets. A remarkable phenomenon is the persistent appearance of high energy events at the 19.5 degree latitude. Energy events in this latitude would be expected if an underlying hyperdimensional geometry of a star-tetrahedron directed their formation.

Sunspots are cooler regions on the sun caused by intense magnetic activity. The magnetic currents host phenomena such as magnetic loops and reconnection events, which in turn cause solar flares and coronal mass ejections (CME). A very interesting feature of sunspots is their tendency to stabilize at 19.5 degree latitude on the north and south hemisphere of the sun. This is the exact latitude of vertices of a star-tetrahedron in a sphere – a central geometry in the HFU model.

Not only does the sunspots align to this latitude but the spots themselves display several interesting phenomena in the context of our theory. Observations reveal that the magnetic vortex of sunspots actually continues deep under the stellar surface. In the HFU model these vortices are actually collapsing back into the black hole singularity at the center of the sun, thereby releasing huge amounts of X-rays. These vortices may be found to be the wormholes predicted in Relativity Theory. We can expect similar dynamics to be discovered around larger black hole systems as well, from medium sized ones to galactic cores and quasars.

The tendency for energy vortices to stabilize at 19.5 latitude are common in planets as well. The great spot on Jupiter is a giant storm which has been swirling at approximately 19.5 degrees latitude, possibly for several centuries.  What can account for the stability of this monstrous atmospheric twirl? Perhaps the vortex is caused by an underlying magnetic vortex collapsing towards a centering singularity?

Our Earth is similar to stars, but here the plasma surrounding the centering singularity has cooled to form a thin crust.  Our planetary equivalent of sunspots – volcanoes – also seems to be more energetic near this latitude; the most active volcano on earth, Hawaii, lies at 19,34 degrees latitude. Olympus Mons is a large volcanic mountain on the planet Mars. At a height of 25 km (82,000 ft), it is almost three times as tall as Mount Everest and is the tallest mountain in the Solar System. Remarkably the center of  this structure lies at a latitude of 18.60 degrees latitude.

Spherical Shapes in Supernovae

The Cat’s Eye Nebula in the constellation of Draco is one of the most complex nebulae known. It hosts remarkable structures such as knots, jets, spherical bubbles and sinewy arc-like features. Astronomers are baffled by how regularly patterns like these occur in supernovae, they are hard to explain by standard mechanisms. However, in terms of HFU theory patterns like these would be expected, as the energy conforms to the underlying fractal structure composed of a tetrahedral/sphere based scaling.

The Hourglass Nebula in the southern constellation Musca displays much the same dynamics, with spherical lobe-like structures expanding from the north and south pole. Here one can even see the fractal scaling of space in the smaller circles near the center.

Spherical Lobes in the Milky Way Galaxy

Recent observations by the Fermi gamma ray satellite has found lobe like structures at the north and south pole of our own galaxy. The satellite observed the structure mired in a fog of gamma rays which are pervasive through our sky.  Fermi has spotted such lobe structures like this in other galaxies such as Centarus A. These gamma ray lobes are comparable to the entire size of our galaxy and they are just now being seen for the first time. What can account for these highly organized shapes?

Octahedral Structure in Galactic Clusters

At the largest scale we are able to observe we find entire clusters galaxies organize into octahedral structures!  The clusters display a high level of coherent structure, matching the octahedral cavity in a 64-tetrahedral metric.

Two astrophysicists at Cornell University writes:

“The distribution of superclusters in the Local Supercluster neighbourhood presents such a remarkable periodicity that some kind of network must fit the observed large scale structure. A three dimension chessboard has been suggested. The existence of this network is really a challenge for currently-suggested theoretical models. For instance, CDM models of the formation of the large scale structure predict a random distribution of superclusters. If the filaments of matter that are now observed building up the network are fossil relics of over-dense regions of magnetic field energy before Recombination, then it has been shown that the simplest network compatible with magnetic field constraints is made up of octahedra contacting at their vertexes. This suggests a set of superimposed egg-carton structures. Our aim in this paper is to show that the real large-scale structure is actually fitted by the theoretical octahedron structure.” – The Egg Carton Universe – E. Battaner and E. Florido

Vacuum Engineering 101

“All is immersed in a holographic field of concsious energy, and the field itself is continually adapting, innovating and self-organizing itself at all scales according to its new position in the cosmic fractal. We are its imagination and our own reality…”

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As we have explored in earlier posts, the holofractographic universe model may be understood as a description of the dynamics of consciousness. It is not the individual human being that is producing consciousness, rather space-time itself radiates and absorbs information in a feedback loop and thus experience itself as the human being, in all its glory. Physical structure arise within this field of consciousness, and everything in nature is conscious as information flows into the vacuum at all points. The space-time manifold is expressing and experiencing itself, and through this exchange it evolves into ever deeper levels of complexity and synchronicity. All is immersed in a field of conscious energy, and the field itself is continually adapting, innovating and self-organizing itself at all scales according to its new position in the cosmic fractal. Each individual, each singularity, is like a conduit to this field, a channel through which a unique path of creation unfolds as we spiral through the vacuum of space. The question then is: how can we flow better with the topology of space? How can we influence what creations manifest within our own sphere of experience?

Resonance

The art of vacuum engineering is actually quite natural to us. It is what we do all the time, either we are aware of it or not. The dynamics of space-time is so that creation happens continuously, at all levels, even within the human experience in all its subtleties. The human form is a temporal crystallization of energy through which a spectrum of various frequencies ocillates into the world. Our actions, our emotions, our conscious and subconscious thoughts – all our energy becomes a part of that stream. Simultaneously we absorb the impressions of our environment which in turn informs the vacuum what to send back out. Collectively we radiate a common field of vibrations while individually we gravitate what experience resonate with us in the current moment. In this way we create a consensus reality as we modify the vacuum structure in our never-ending odyssey through space. The process is incredibly complex and occurs on many levels simultaneously, most of which we are never consciously aware. Everything is doing this continuously, every animal and plant, every atom, every planet, star and galaxy. We are submerged in a vast field of unfolding Creation which knows no primal cause, but rather is its own cause every instant; self-adapting, self-innovating and self-organizing at all scales. There are no individuals here, just this endless mesh of creative communion with the exhaustless potential of the vacuum. It never began and it never ends – this is the only logic in a holographic reality where everything has infinite connectivity to everything else.

Tuning the Biocrystal

The body is a microcosmos onto itself, composed of trillions of mini black hole cells, centered by the heart singularity. It is a finely tuned, self-organizing system of incredible sensitivity and complexity, capable of registering even the most subtle impulse from its environment. The biological body itself is a crystallization of matter/energy, and is just the physical aspect of multiple layers of energetic structure. In its totality it extends in an unbroken continuum from the level of gross matter up to the causal realm of complete emptiness – the state of equilibrium. The body is the first entity to resonate with our psycho-emotional states. This is generally accepted, while the underlying mechanisms may not always be clear. The closer we enter a state of internal balance and connection with the heart, the more the electromagnetic field of the body vibrates into higher degrees of organization and coherency. The Heart of our being is equilibrium – stillness. The more centered we are, the more obvious is our connectivity to all things, and the farther into the stream of projections we falter, the more limited becomes our identification, and the more we suffer. The introspective, implosive movement is a centropic force and is always a movement towards higher order, which is why meditative practice is beneficial to psychological and physical health. Utilizing the tool of meditation we may tune our biocrystal to amplify resonance with the vauum structure, allowing increased organizational symmetry to materialize within our field of creation. We can learn a lot about our relationship to the feedback of reality by studying our body and our mental states.

The Language of Reality

Experience itself also provides a mirror to our inner state, and may carry information about how we relate to our nature of perfect equilibrium. What we send out into the sea of vibrations echo back to us in some way, shape or form. The experiences of life is like the language of reality, and it is a language we should actively study and learn if we are to become proficient vacuum engineers. What impulses do we propagate into the field? What experiences do we gravitate? Where lies our identity in relationship to these? Our life is, in part, a product of our own projections. But we are not alone on this journey, we’re embedded in a living creation that unfolds itself through all life, from the miniscule atoms to the mighty stars and beyond. We are co-creating the matrix of reality with each other, and with all levels of nature, simultaneously. We are part of something much vaster than our individual selves! Much identification goes with having a body, but we are something far more mysterious than the physical form – we are pure potentiality! In this realization lies the freedom to explore, experiment and play unfettered with the universe itself, and to learn the deeper meaning of our life so that we may eventually expand beyond its limitations. Connection to the heart is vital to master the art of vacuum engineering, as is the ability to observe and detach oneself from the experiences of life. If understood, the language of reality can become an invaluable gauge to guide us back on the path to our real Self.

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The infinite vacuum potential – the cosmic singularity – which is all in one, is the Heart of everything. It is a hyperdimensional Heart, beyond physical form, beyond spatial location or temporal extension, beyond all parametrical definition. It is a place of fulfilled peace and complete equilibrium – Infinite in all regards. The more intimate our communion with this source the brighter it radiates a synchronistic vibration into every aspect of existence. Resting in equilibrium harmonious creation takes place spontaneously, completely on its own accord. The highest form of vacuum engineering is completely effortless, free from all ambition and all projection. Our highest aspirations are never rooted in the confines of time and space, but far beyond, in a place where limitation is but a figment of the imagination.

Black holes in the early universe

“Astronomers have discovered a hidden collection of supermassive, growing black holes dating back to the early universe — showing, for the first time, that black holes populated the cosmos far earlier than thought.” – Read the full story at L.A Times

Recent research done by an international team studying conditions in the first billion years of the Universe’s history concludes that black holes lead galaxy growth.

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These findings are significant for several reasons. In Haramein’s model, black holes are produced by density gradients in the geometry of space-time itself, and are therefore to be expected in various scales across the universe (ref. scaling law), even in its very beginning. The black holes discussed in this study are supermassive and would, according to the HFU theory, be produced naturally by the universal black hole (which we live inside). In turn, smaller black holes (i.e stars) would agglomerate and orbit the central supermassive black hole, which would gradually grow to become a huge galaxy. The standard model does not predict super-massive black holes this early in the evolution of the universe as they’re generally believed to be formed by a slow accretion of matter over long periods of time.

Haramein also predicted that all galaxies would harbor super-massive black holes at their core, even long before this hypothesis became verified and widely accepted. In the HFU theory black holes are intrinsic to the topology of space-time itself and they naturally organize matter in harmonically scaled tori (U4 bubbles), from universal size, to galactic, to stellar and down to atomic dimensions. The singularity itself is the point-of-stillness, the vacuum equilibrium, to which the rotation of the system is relative. Without a center there would be no rotation. Density gradients in the vacuum creates space-time torque which forces the entire system to rotate, generating the familiar twirl of the galactic plane. As space-time flows in to the black hole, matter/energy flows out, much like air is pushed up as water goes down a drain. This exchange generates smaller black hole systems, which become new stars. This would mean that all galaxies are the result of their central super-massive black hole – not the other way around!

Another significant discovery reveals that stars are being born extremely close to the super-massive black hole near the Milky Way core.  This also contradicts the standard model which predicts that these stars would get ripped apart by the strong tidal gravity produced in the vicinity of such a black hole. Obviously the mechanisms that allow these young stars to be present so close to a super-massive black hole cannot be accounted for within the frames of the standard view. In the HFU theory this phenomena poses no problem. Stars could only exist in the vicinity of such tidal gravity if they were much more massive than previously expected, which may very well be the result of them harboring a black hole themselves. In the HFU model all stars are born out of black holes, and are themselves smaller black hole systems, including our own sun.

Equilibrium

“Now equilibrium is the very opposite of disorder.”
- Rudolf Arnheim

Reality is a product of two worlds – two sides of one equation. One is the realm of relativity, the visible world of space and time, where things appear separate and finite in form. The other is the realm of the absolute, the infinite and unchanging. The absolute is everywhere, yet nowhere at the same time. It permeates the universe yet remains forever untouched by time and space. These worlds are engaged in a state of permanent communion, and together they weave the tapestry of creation. The Holofractographic Universe model is the theoretical embodiment of this unity, revealing through the language of geometry how reality flows between the relative and the absolute, merging finitude with infinity.

Balance

The HFU model describes the universe as a endless scaling of nested black “whole” singularities, ranging from sub atomic to universal. The external part of these black holes represents our familiar world of relativity and dimensional extension. Event horizons appear uniquely positioned in spacetime and differently scaled relative to each other (like atoms, cells, planets, stars etc.). Thus relativity and dimensionality arise only when we define a certain boundary from which we observe other black hole resolutions. For example: we wouldn’t confuse an atom for a star because we, with our information-processing mini-black hole cells, are situated right in between them. Yet the underlying dynamics are the same; the fabric of space assume the shape of rotating imploding/expanding tori (the U4 bubble) similarly across the micro to the macro cosmos, producing the energy dynamics of atoms, cells, planets, stars and so on. However, behind every event horizon is the internal world of the Absolute, the infinite and changeless energy potential of the vacuum singularity – point of absolute zero. The vacuum singularity is actually common to all black holes, no matter where their outside horizon appears to be in relative space. Thus the vacuum is everywhere, on the inside and the outside of every horizon, filling the universe like an ocean of potential energy. The reason we do not percieve it is due to its state of perfect balance. The complete symmetry within singularity annihilates all force, thereby conserving its endless energy potential permanently in a state of stability at absolute zero degrees. Geometrically this balance may be mathematically expressed as a “vector equilibrium”, or a cubeoctahedron.

The vacuum itself has zero volume – no dimensions – which is why its structure is considered “hyper-dimensional”, it is beyond dimensional extension. The cubeoctahedron does not occupy a certain volumeof space, rather it is the geometric expression of infinite energy in perfect balance. As all forces cancel out within this non-dimensional “point”, relativity becomes meaningless, and thus equilibrium means complete unity. From a geometric perspective this symmetry is actually a prerequisite for infinity itself. An asymmetric configuration could not support itself in this way without resulting in explosion or implosion or some form of imbalance, nor could it divide itself further into self-similar structures. Imbalance would invariably lead to finitude, in some way or form. Infinity, however, must be in a state of balance. As well, the omni-directional equilibrium of the vacuum has infinite potential for sub-division, and may thus be defined in terms of a fractal growth of cubeoctahedrons (or vectors for equilibrium). This fractal division of the vacuum potential generates scale in the space-time manifold, defining size resolutions of black hole (dual torus) dynamics within the relative world.

The hyper-dimensional geometry of the space-time continuum (the vacuum of space) conforms to the pattern of a 64 tetrahedron metric. This metric contains all the vectors necessary for complete balance at all points and it has the ability to grow radially in all directions, creating the geometry of expansion as well as implosion. This symmetrical union of expansion and implosion enfolded within the same metric defines the dynamical topology of the space-time manifold; the dual torus. Both expansion (EM radiation) and implosion (Gravity) are united in this geometrization of space-time, generating a fractal feed back loop of information exchange (or division) with the vacuum state. This endless fractalization of the vacuum manifest in relative space as infinite curvature towards singularity, or in other words, black holes! The black hole dynamics are embedded within each other creating the dual torus topology at every consecutive resolution, expanding and imploding in a continuous cycle. This creates a natural scaling of harmonically nested rotating tori which organizes matter/energy at specific size intervals, giving rise to complex patterns like spiral galaxies, planetary systems, plasma dynamics in stars, atmospheric systems, magnetic fields, DNA spirals, electron clouds etc. The implosive movement towards unity and equilibrium is the organizing, centropic principle and the driving force behind all creation. The exact same spiraling dynamic occurs at all resolutions of the space-time manifold, even within and around the human body. By the feed-back loop of implosion/expansion, information is absorbed from the relative world into the vacuum state and radiate back out.

This dance between the relative and the Absolute results in a dynamic, living creation which experiences its own creations. The various patterns in the farbic of space, from miniscule atoms to glaxies, are a way for the vacuum to express and experience itself, thereby alowing for evolution of its endless potential into various forms of manifestation. Biological life is but one of these frontiers through which the vacuum brings aspects of the infinite to finitude. Even the cultural evolution of human civilization may be understood as a fractalization of the vacuum information. The vacuum singularity is the source of forms, the expressor and the experiencer. It is the underlying organizer of all form, the receiver of all information, the sustainer of all energy, the dictator of all possible motion – the singularity is all. The fractal geometry of the vacuum is an ever evolving self-aware system and our human forms are like the fractal tendrils of space-time, undulating towards endless mystery.

Omega point

And so even though the world may appear diversified and chaotic on its surface, it is always in a state of changless, eternal peace at its core. It all begins and ends with the geometry of the cubeoctahedron. It is from this state of perfect balance that all potential emerge. The omega point of equilibrium is thus the seed of both science and spirituality. Here the two meet on common ground: the balance of infinity may be expressed through geometry and thus used to formulate laws of physics. And it may also be reached in subjective experience through meditative practice. One could even make the argument that this is the spiritual state described by eastern traditions as “samadhi”, complete absorption in consciousness without objects – equilibrium. Not only do the doctrines of science and spirituality emerge from the omega point, but they merge back into it, leaving us in a curious state between being and non-being. The mind may not comprehend it, yet we may deduce scientifically that the ultimate reality is completely non-diffirentiated balance. Or we may experience in our own consciousness the state of equilibrium, which is pure emptiness without form. Thus both our science and spirit points to a transcendent truth: reality rests in an indefinable place between existence and non-existence, expressible only through geometry, experienced only as complete freedom.