The Schwarzschild Proton

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Karl Schwarzschild

Karl Schwarzschild

When Albert Einstein first made public his field equations describing general relativity, he had not yet found the final solution to his equations. The solution was actually discovered a few months later, by a German physicist named Karl Schwarzschild, and with his contribution a complete description of gravity as an intrinsic property of the geometrical structure of space-time was put forth. But the solution, called “The Schwarzschild solution”, revealed a strange phenomenon in Einstein’s field equations in which the gravitational field became singular; certain variables increased to infinity and thus predicted the presence of bottomless curvature in the space-time manifold – they predicted singularity. The significance of this discovery was debated for decades, few people thought they would actually observe physical singularities in nature, and it was not until the latter half of the 20th century that the phenomenon was accepted as an inherent feature of general relativity. Today the existence of astrophysical singularities, or “black holes“, is widely accepted, and they represent a key component of modern cosmology. Although the solution proposed by Karl Schwarzschild describes infinite curvature in the space-time manifold it’s still frequently used in astrophysics with regard to areas of “flat” curvature – normal three-dimensional space. However, the areas of extreme space-time distortion and zero volume are much less understood and difficult to deal with when formulating physics.

The theory of General relativity defines specific criteria for the amount of mass/energy required within a given radius of space to form a black hole – the so-called Schwarzschild radius. We can imagine the Schwarzschild-radius as a sphere. The field equations state that any object compressed to a size smaller than this sphere will become so densely massive that it generates infinite curvature in the space-time manifold – a black hole (e.g. our own planet would have to be compressed to a radius equal to that of a ping-pong ball to attain such a density). This hypothetical region (termed r), where even light cannot escape gravity, defines the event horizon and it is expressed by the equation below, where G = the gravitational constant and m = mass and c = the speed of light. The equation simply describes the linear relationship between the mass and the radius of a black hole, based solely on the system’s mass.

Swarszchild Radius

G = the gravitational constant, m = mass, c = speed of light. The Swarszchild equation describes the linear relationship between the mass and a radius of a singularity – only on the basis of the system’s mass.

In the fractal-holographic model, the proton of an atomic nucleus is described as a microscopic black hole instead of a limited particle. Protons are found absolutely everywhere in the universe, it is the basic building block of all matter, thus seeking to understand how the universe is connected it is crucial to understand the proton structure. In fact vacuum fluctuations make up 99.999% of the proton itself, so by utilizing the renormalized value for these fluctuations we may accurately calculate the amount of available vacuum energy within the proton volume itself, and thereby calculate whether there is sufficient available mass to meet the criteria for the Schwarzschild radius defining it as a black hole. The result of these calculations is striking: the proton volume contains an amount of energy equivalent to 4.98 x 1055 grams – exactly the same value of the total mass of the universe! Of course this is far more than required to be defined as a black hole. Not only can all protons in the universe be understood as tiny black holes but this auspicious correlation between the energy density of the proton and the mass of the universe indicates an underlying relationship between the two variables hitherto undiscovered. In fact, as we discuss elsewhere in this blog, this relationship is the first clue to the holographic nature of the cosmos.

But protons with a mass equivalent to hundreds of trillions of grams may seem paradoxical at first, especially considering that the mass of the universe is comprised of these very same protons and is itself believed to have as much mass (4.98 x 10⁵⁵ grams). Besides, measurements made in laboratories indicate the proton mass to be a mere 1.672621777 x 10-24 grams, an extremely small value, in great contrast to the mass of the Schwarzschild-proton. For this reason the proposition of such super-massive protons is still highly controversial and the apparent discongruity between mass values within the theory itself has been the basis for much criticism by the scientific community. Yet, the criticism stems from an incomplete understanding of the theory itself. If we integrate these findings with our knowledge of the holographic principle, we may understand that the proton mass cannot at all be isolated from the universe in which it appears, and only then can we also see the full range of these correlations.

To learn where all this ties up beautifully, proceed to Quantum Gravity and Holographic Mass.

The Biocrystal

Crystal virtuvian man

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 and detail. It has been the subject of wonder, philosophy and scientific study for centuries, yet its most elemental design is still shrouded in mystery. What is 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 function? Are we really locked in an endless struggle against the ticking clock of thermodynamic entropy – of increasing disorder – as is the view of contemporary physics? The fractal-holographic model 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 viewed apart…

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The Immensity of Biological Complexity

xlarge_cell_nucleus-1_01The building block of life, the biological cell, is an entity of astonishing coherency; billions of chemical processes take place within it every second – metabolism, molecular transport, gene expression, DNA replication, extracellular communication, 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 of this cooperates beautifully to maintain a living breathing organism adapted for interaction with an exterior universe of innumerable physical processes. What underlying physics can account for such extreme levels of organization? The laws of thermodynamic entropy do not readily explain the complexity of biological evolution, nor can it account for the elaborate function and cooperation of cells. In terms of conventional physics several questions begs to be answered in this regard, for how does 50 trillion cells act in flawless symphony? Or what natural process compelled the inert minerals of ancient Earth to form intricate cellular machinery in the first place? Calculations by laws of probability indicate that the time needed for universal forces to generate even as much as a single blade of grass by processes of trial and error would vastly exceed the postulated age of our universe, not even to mention the entire biosphere of Earth. Obviously there is a self-organizing element present here, a naturally inherent movement towards order and coherency; left alone the universe will produce incredible complexity on its own accord.

Another problem in our contemporary physics is known as the “anthropic principle”, a hypothesis put forth as a possible solution to a central question in modern cosmology: why and how did we end up here? By an as yet unexplained reason, our vast universe seems carefully tailored for the creation of complex life forms. The physical parameters of the natural forces that enable atomic structure, and thus molecular composition, is precisely where they need to be to form stable molecular chains such as the DNA-strand. Had e.g. the Strong force connecting the atom, been a fraction higher or lower biological life would be impossible. As would the fact that you are reading this text, which is what led to the anthropic principle: we are here because we live in a universe that allows us to be here. Sure enough, it’s a simplistic and circular argument, loosely based on the idea that there are countless universes out there, each one with different physical laws, ours being one that happens to allow life, and thus – us, and you reading this article. As is appropriate, many are dissatisfied with this hypothesis as its logically circular and fundamentally unprovable.

In short, there is a preeminent problem with modern physics, namely us – Life. Everything works pretty fine with current models but the presence of life poses a significant challenge to them. However, a unified theory of physics should be able to explain universal processes, from the microscopic to the macroscopic, including life, consciousness and everything it entails. Until such a theory exists, we really cannot claim to know what kind of cosmological phenomena we really are. Our vision of ourselves is still incomplete. The notion of a universe moving towards ever increasing disorder is disproven by our very existence; the living, breathing human body is a system of incomprehensible interconnectivity, intertwined with the universe at the very quantum level, and, as we shall see, the underlying matrix making this organization possible is the very space in which it exists.

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Emptiness – The Principle of Order

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To find the ordering principle foundational to creating and maintaining the human organism we must look beyond the biological form, into the very fabric of the space in which it arise. As the reader will know, the fractal-holographic model propose that space is not empty but full; a plenum or a zero-point field containing potentially infinite energy. In this view matter emerges as a function of space, not vice verca, and it naturally condenses into toroidal/spehrical systems, conforming to the topological structure of space-time itself, of expansion, contraction and spin. This topology is reflected at all scales, from atom to universe, and it naturally organizes matter at harmonic intervals defined by the underlying geometry of hyperspace, assuming the familiar shapes of rotating galaxies, globular clusters, stellar systems, planetary dynamics and even cells and atoms. The atom itself is actually nothing but space in motion; like a tiny toroidal whirlpool in the vacuum sea which converts an infinitesimally small quanta of potential energy into kinetic energy, or mass. In Haramein’s recent paper, Quantum Gravity & The Holographic Mass, very precise predictions concerning fundamental characteristics of the atom is acheived by describing the proton mass as the result of holographic physics and universal entanglement through the vacuum of space.

From this viewpoint the source of material organization, intracellular coherency and even consciousness, lies not within physical processes of the body, but are rather causal phenomena issuing forth from fundamental qualities of space-time itself, from the very field of energy sustaining the universe. Yet as this field is nothing but a pure potential, being non-dimensional and infinite in nature, it is also by definition the pinnacle of order and organization – all points unified. Thus the entropic, randomized universe meets it counterbalance in the negentropic, coherent vacuum of space.

Black hole

Kinetic & Potential Energy

From this premise we may understand the phenomena of Energy in two distinct forms; kinetic and potential energy, synonymous with the manifest and unmanifest, the dynamic and absolute. Potential energy is static, orderly and balanced, while kinetic energy, which is energy in motion, is inherently unbalanced, in a state of continually increasing entropy, disorder and decay. Kinetic energy equals expansion, spin, visible radiation and heat, while potential energy creates the opposing movement of contraction, thermal equilibrium and absolute zero degrees. Understanding the unity of these opposites, of entropy and negentropy, of chaos and order, of generoactive and radioactive processes, and how they act upon our world we may come to realize that reality, at its most fundamental, is an expression of universal coherency, integrity and balance – an expression of cosmic singularity.

There are thus three fundamental modes of spatial motion in the universe – expansion, contraction and spin. The universal forces known as Gravitation (contraction) and Electromagnetism (expansion) are effects arising from these very dynamics of space. Expanding space is radiative, moving towards heat, disorder and increasingly useless forms of energy. Moving out in all directions, towards maximum volume vs. minimal stability, its spatial geometry is that of a sphere. Contractive space, however, is generoactive – moving towards coolness, higher order and universal coherency with the zero-point field. Contraction is a movement towards minimal volume and maximum stability, expressed geometrically as the tetrahedron. Being non-radiative and implosive the tetrahedral geometry of space is not visible to the naked eye; it belongs to the unmanifest realm of pure potential, hence it’s the geometry of hyperspace. The geometry of hyperspace achieves a completely balanced condition in the basic 64 tetrahedron grid; a tetraheral crystalline lattice structuring the fabric of the universe.

64 tetrahedron gridBlack hole

Centering every black hole system – every galaxy, star, cell or atom – there is empty space, the still point of static potential energy, which provides a relative center of rotation for the system to revolve about, like stillness in the eye of a hurricane. This unmoving center rests in a state of thermal equilibrium – absolute zero degrees. It’s a perfectly cool stillness which allows for kinetic energy; motion, rotation, friction and the resulting heat and expansion to occur. Surrounding this static center is the event-horizon; a naturally occuring boundary of balance where the forces of contraction and expansion are equal in strenght. As our own universe is the inside of a giant black hole, looking through space, at the transparent darkness of the cool night sky, we are actually witnessing the source of order in the universe, the plenum uniting, connecting and balancing all things in its majestic, silent embrace.

While the radiative sphere of the atom or the blazing star may appear finite, localized and separate from others, its contractive field – its Gravity – unites and coheres with the plenum, the non-local vacuum state. The gravitational field originates from the vacuum hyperfield, which is continually adapting, innovating, synchronizing and self-organizing all structure everywhere according to the ever fresh topography of the Cosmic fractal. The vacuum is the common source, the origin and end-point of all information, and thus matter, being nothing more than the holographic expression of space, has all that it needs to self-organize.

However, there is only one basic element of matter capable of closing the feed-back loop of generoactive and radioactive forces thus conveying through the physical form such order and complexity expressed in biological life; namely the element of Water.

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Water – The Link to Hyperspace

Blue splash of water drop impact on a water surfaceAlthough the H2O molecule itself seems fairly simple, water is far more complex than its chemical formula seems to indicate. Water enjoys a very special position in the grand design, and it’s notorious for rebelling against all existing models and comparisons when viewed on par with the other elements of the periodic table. Chemically, water exhibits a wide range of properties exceptional in Nature, among these, thermal qualities essential for biological life, such as a large heat capacity, high thermal conductivity and a high latent heat of evaporation among many, many others.

Geometry of waterMore significant in the context of this theory however, is the fact that water has a unique tetrahedral molecular configuration and is thermodynamically inversed; it’s the only element expanding when cooled and contracting when heated. These properties make the element of water harmonically tuned to the geometry of hyperspace, providing a link closing the feed-back loop of expansion and contraction, a link between entropic and negentropic forces in the universe. On a molecular level water is highly cohesive; the hydrogen atoms of one molecule easily attracts the oxygen atoms of surrounding molecules, thereby organizing itself into crystal-like grids which are able to store or transduce vibrational information. Being the exact geometry of the vacuum, the crystalline structure of water functions as a perfect conduit for coherent information exchange between hyperspace and biological systems. Haramein suggests this tetrahedral configuration produce a spin function in the structure of space, which forms a resonance link to the fluid dynamics of the water molecules. Through this resonance, coherent information reverberates through its construct, propagating negentropic processes into the material form – processes that move towards higher states of order and complexity, mirroring the harmonic frequencies of the vacuum geometry, a mechanism possibly crucial to uphold the complexity of the DNA molecule.

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Thermo man

The Origins of DNA

Biological organisms are largely made up of water and, as we have seen, endogenous water may be central to understanding the complexity of metabolic life forms. Recent findings suggests the highly structured macro-molecules of water indeed may be the element responsible for structuring and supporting the composition of the DNA strands. Water surrounds and contains the nucleotides and atoms comprising the double helix, and may serve as a conduit for information transmitting frequencies from the vacuum hyperspace. This phenomena was actually 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, just from its rudimentary chemical components. The experiment provides a compelling argument for the idea that water inherently possesses the ability to convert high entropy energy into states of lower entropy (higher coherency), thereby acting as an ordering agent, moving energy from incoherent, random states to coherent, organized forms – like the DNA spiral.

DNA spiral

Moment by moment, every atom of every molecule, both organic and inorganic, is being changed and replaced. Every one of us within the next seven years will have a completely new body, down to the very last atom. Even the chemical codons of the DNA molecules of your body will swap and switch countless times before sunset. Amid this constancy of change, where can we find the carrier of continuity, organization and structure? The answers lies in the geometric principles and proportions of hyperspace, the ideal world of eternal, unchanging geometrical absolutes. In this regard, it is interesting to note that the DNA spiral is composed of 64 codons, precisely matching the 64 tetrahedron crystalline geometry of hyperspace. We can imagine the DNA molecule of the human being as the result of millions upon millions of years of resonance imprints, or “memory patterns”, mediated within and through the vacuum. The gravitational field absorbs information into this field so as to tune its various expressions (i.e. various biological forms) to optimally fit the universe in which it exists; a evolutionary system of incredible connectivity and balance.

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Liquid Crystal Within The Human Body

The fundamental dynamics of the universe is that of expansion and contraction – a continuous feed-back loop of information radiating out and absorbing back on itself. Similarly the human consciousness is also a feed-back loop of information. The external world contracts into our being through innumerable physical processes, a fraction of which are filtered as sensory impressions in the body and the brain. Simultaneously there is the body and its countless atoms radiating energy, acting outwards in the universe merely by existing. Consciousness results from this boundary condition, this event-horizon, between absolute and dynamical energy, where information is absorbed inwards to the infinite non-local vacuum field and radiated back out to the finite external world. Consciousness is simply information being processed. Thus the individual is not the only one experiencing reality but reality is experiencing itself though every individual, though every atom. The source of consciousness does not originate within the body or the brain, but is rather a quality of the topology of space-time itself, of the fundamental dynamics and function of an information processing black-hole-universe. As such the biological body is more like a transceiver of consciousness, and not its originating source. To find the conduit of consciousness then, we must again look to the crystalline geometry of water within the human form.

A crystal is simply a structure whose molecules are arranged in a regular, organized pattern. Characteristically, crystals resonate or oscillate at specific frequencies, and some crystals are also piezoelectric, i.e. they respond to mechanical stress by generating an electrical pulse. Both of these properties are frequently utilized in the field of electronics and computer engineering, e.g. with the purpose of producing radio transmitters to tune and stabilize specific frequencies.Looking for a conductor of vacuum information connecting the physical body to the space-time continuum, we could look to the crystal-like systems within the body. In fact most structures within the human organism can be described as crystalline.

Liquid Crystal

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, making it able to both insulate and vibrate in resonance with electrical impulses, much like a crystalline semi-conductor chip.

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The phospholipid molecules of the cell membrane is arranged in crysyalline organization.

The DNA molecule itself also displays the same crystalline organization, as does the skeletal bones of the body. Both of these are also 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 structures that form an overall organized and coherent resonance pattern, thus in terms of physiology and physics, the human being can better be understood as vibrational biocrystals; open systems in continuous resonance with the frequencies of hyperspace. There exists no definite border between electromagnetic fields maintained by the body’s metabolism and those that exists in the environment. As such we may think of the human body as merely a denser crystallization of space itself.

human-body 333The 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 overall they functions perfectly, yet only a very small portion of their brain is composed of neurons. In other words, we are fully conscious and aware even with very little grey matter in the brain – yet if we remove the water, life will collapse. Consequently, water may act as the medium through which the vacuum hyperspace extends into complex physical form – through the resonant element of water the fractal of biological growth and evolution is made possible.

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The Biological Resolution

Contrary to common belief, the biological cell is a highly energetic object; its phospholipid membrane and inner structure of microtubules oscillate at extreme intensities measured to 1014 Hz. In the fractal-holographic model each cell can actually be compared with a very tiny black hole entity. In Haramein’s and Raucher’s “scaling law” we may even see that the energy output of microtubules within biological cells, in terms of frequency vs. radius, are in a linear, harmonic match with other black hole systems in the universe (i.e. galactic nuclei, quasars, stars, mini-black hole atoms etc.), suggesting that cells themselves are a natural scale resolution of the universe, a biological resolution, situated right in the middle of the micro- and the macro-comos, inbetween atoms and stars on the cosmic chart. Not only does this finding implicate an abundance of biological life in the cosmos, but it puts the human being in the center of his own anthropic universe.

The “scaling law” demonstrates a linear relationship between the frequency and geometric radius of black-hole objects in the universe, across the boundary between micro-and macrocosm. (BB=Planck distance, A=atom, S=the sun, G=known galactic cores, U=universe)

In this view the human body is composed of trillions of mini black hole cells in crystalline organization, all harmonized around the pulsating coherent field of the human heart. This entire systems forms, in symphony, an event-horizon absorbing information from the macrocomsic to the microcosmic world, thus feeding the unified vacuum field with its data of experience. Each event-horizon represents a different point of perspective, a unique geometric position in the cosmic fractal, providing its own particular bit of information to the whole. Altogether, this “extension of space” is a finely tuned, self-organizing system of incredible sensitivity and complexity, capable of registering the most minute impulse from its environment. As we have seen, through the medium of water the biological body literally crystallize from the vacuum hyperfield, and this dense crystallization of energy seems to be merely the visible aspect of multiple layers of resonant crystalline energetic structure, the totality of which extends in an unbroken continuum from the level of gross matter to the causal realm of complete emptiness – the state of equilibrium.

Tuning The Biocrystal

This hypersensitive holographic biocrystalline system continously tunes with our own conscious (and unconscious) feed-back loop of psycho-emotional states; the interpretations we make of the field affects our universe, and in turn the universe affects us – a natural balance of creation and co-creation. As we consciously enter a state of internal balance, the various energetic layers of the biocrystal will ocillate into higher degrees of organization and coherency. Within every core there is equilibrium, which means universal unity, thus the more centered we are the more obvious becomes our connectivity to all things.

jomasipe5enegetic workWe can imagine that the act of introspection equals an implosive movement, a negentropic force, and thus a movement towards higher coherency, order and flow, which may be why meditative and yogic practices are so beneficial to psychological and physical health. The use of vibrational healing modalities like IKYA, essences, accupunture and crystals for vibrational tuning is also an ancient knowledge, which only now is reemerging in our modern world. The medical science concerning the energetic, vibrational composition of the human being is still in its early infancy, and in front of us lies a vast universe of discovery…

All this considered, we may come to new view of Man, a view of inherent universal balance, coherency, co-creation and connection. The geometric proportions of hyperspace is a blueprint of Creation, directing the formation of universes, quasars, galaxies, stars, planets, cells and atoms. It extends itself simultaneously through all these scalar dimensions and eventually observes its own mystery through the eyes of a self-aware entity. The human form is nothing less than a holographic projection of the harmonic geometry of hyperspace – a natural crystallization of Totality itself.

For more information on vibrational healing, visit my practitioner home page.

Quantum Gravity and the Holographic Mass

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Every particular in nature, a leaf, a drop, a crystal, a moment of time is related to the whole, and partakes of the perfection of the whole. Each particle is a microcosm, and faithfully renders the likeness of the world.” ~Ralph Waldo Emerson~

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Haramein’s paper “Quantum Gravity and the Holographic Mass” presents a brilliant approach to Quantum Gravity and the Holographic principle as the origin of mass and matter in our universe. The model reveals fundamental symbiotic relationships between the atom and the larger universe in which it resides, and it draws a picture of the universe as a boundlessly interconnected holographic manifestation, originating from a cosmic singularity; the vacuum of space. With this groundbreaking publication we get a first glimpse of a true unified field theory in which the forces of nature are described as a coherent whole. The implications are both scientifically and spiritually profound, so let’s embark on a journey together down the wormhole of the Fractal-Holographic Universe…

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 The Quantum Foam

Einstein’s field equations of general relativity describes the flexibility of space and time – how the space-time manifold stretch and bend in the presence of matter/energy. A fascinating aspect of the space-time medium these equations reveal is its ability to bend completely back onto itself, as if in a kind of loop. The equations actually predicts the existence of so called “Einstein-Rosen bridges”, or wormholes, in the space-time manifold; areas in the continuum of space and time where two seemingly separate coordinates unites as one. Theoretically, wormholes allows information to travel from one point to another, instantaneously, without needing to traverse the physical space between them. Black holes are thought to be the only thing massive enough to distort space-time to the extent necessary for such wormholes to occur. However, since the quantum vacuum exhibits extremely energetic dynamics at the quantum level, many physicists now believe these seething micro-fluctuations actually can be understood as microscopic wormholes, frothing, twisting and foaming within the space-time manifold itself. That is, this inherent looping in the fabric of space-time may actually be its permanent, natural state.

quantumfoam

Space-time at the quantum level is no longer a smooth gradient continuum but a seething foam of fluctuating wormholes; the structure of space-time is “pinching” itself.

Wormholes are commonly described as space-time “pinching itself” at the quantum level, folding back onto itself in a loop through which it is united. From this image we may surmise that two black hole regions of space (or any given number of them) may actually be intimately connected with each other beyond familiar time and space – they may in fact be one and the same. If we combine this conventional knowledge of wormholes with the concept of Schwarzchild protons (black hole protons), another interesting scenario emerges: wormholes as a non-local information network connecting all protons in the universe…

The proposition is simple. We already know that black holes conserve information holographically at their event horizon, as informational “bits” of Planck-length. So perhaps holographic information does not remain local to any given black hole but is actually distributed between all black-holes throughout the universe simply by means of space-time geometry, rather than being confined to each individual black hole region. All black-hole protons in the universe may be elegantly and seamlessly united. Indeed this network of holographic information sharing could be the foundation of mass itself. To understand how this works we need to examine how the holographic principle is utilized in modern physics.

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An artists impression of looking through a wormhole

The Holographic Principle

To best understand the holographic principle we may draw an analogue to the creation of a holographic image. A holographic image is created when a photographic plate is illuminated with reflections from the object to be photographed, simultaneously with coherent light (laser) directly from the source of light (reference source). The resulting interactions between light waves emitted from the object itself and the light waves from the light source produce an interference pattern on the film. Subsequently, when the film is illuminated by ordinary light, the pattern appears in the form of a three-dimensional image of the object photographed. The most fascinating aspect of holographic photography is that every point on the hologram contains the complete information of the photographed object as a whole, when removing any part of the photographic plate it will still produce the entire image.

holographic recording

holographic plateHolograms store information about any given object non-locally, in the form of interference patterns of light waves. Also, holograms permit interference waves containing many different layers of information within the same surface area, typically made ​​visible by looking at the plate from different angles. However, it is impossible to tell that the interference pattern on the photographic plate shown to the right is an apple and a hand, yet the information is there implicit within the interference pattern, stored in every point on its surface. Illuminating the plate with coherent light the apple will appear, yet there is no one-to-one correspondence between areas of the plate and regions of the apple. We can observe the holographic object from different perspectives and thereby uncover, or make explicit, new coherent layers of information, yet in its implicit form of interference patterns the object is invisible. But it´s there, everywhere, stored within an invisible order that cannot be seen until the light illuminates the plate.

Transferring this principle to the universe we can imagine that the vacuum of space, which is actually a sea of electromagnetic ​​interference patterns (vacuum fluctuations), to contain holographic information about the whole universe, stored implicitly at every point in space. Interestingly, the principles of holography provides a long sought solution to a long-standing problem within physics; the notorious information paradox, a problem arising when quantum physics and relativity, macro-cosmos and micro-cosmos, meets in black holes.

In astrophysics the holographic principle states that the description of a volume of space can be thought of as encoded on a light-like boundary to the region, like an event horizon formed by gravity, and it is commonly utilized when describing the entropy, or thermodynamics, of a black hole system. The principle was initially evoked to explain a natural occurrence in which the second law of thermodynamics seems to be violated in incidents where an object of certain entropy is absorbed by a black hole. The entropy of the object would disappear and total entropy in the universe would appear to decrease, which the second law prohibits. The holographic principle solves this problem by stating that all the energy , or information, of an object absorbed by a black hole is «smeared out» uniformly across its surface, and its entropy conserved as informational bits the size of a Planck’s length. In this way we may consider all the information of the black hole to be stored holographically on its surface as abstract “Planck pixels”, or bits, and thus we can calculate its total entropy just by counting the Planck pixels on its surface area.

The fractal holographic model takes this principle to its natural next step by postulating that information is not only stored locally in a black hole, but that it is shared with all black holes in the universe, by means of wormhole physics. Following this line reasoning we may arrive at a new understanding of what mass really is, and how everything in the universe is infinitely connected.

Information paradox

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Quantum Gravity and the Holographic Mass

 In Harameins latest paper, Quantum gravity and the Holographic mass, the holographic principle is used to chart the information/energy content of the proton and the geometric relationship between the proton horizon and its interior volume, to give an accurate prediction of the proton mass. In so doing equations are formulated through which the force of gravity and the mass of any given astrophysical system may be quantified as a relation of information to surface area – producing a universal formula applicable to all scales of the universe, from micro- to macrocosmos.

In order to calculate the amount of information/energy within a single proton we need a quantified value of the vacuum fluctuations within it. To quantify (renormalize) the dynamics of the vacuum fluctuations we utilize a Planck Spherical Unit (PSU) as a minimum vacuum vibration, a “pixel” of information, rather than a flat or cubic Planck unit as is conventional. Each PSU is comparable to an oscillating black hole producing spherical waves, excitations, in the vacuum medium. These waves carry with them a very specific amount of energy and they are reflected on the proton surface as flat, equatorial, overlapping circles of Planck radius as shown in the illustration below, creating a holographic interference pattern on the proton event horizon. To give a mental image of the relative magnitudes involved here, one PSU is so small that if you made it the size of a grain of sand a single proton would reach from here to Alpha Centauri 4.37 light-years away!

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Spherical shockwaves

The wave fronts of the vacuum fluctuations creates a holographic interference pattern (i.e. circles) on the proton surface, defining the proton mass.

The proton itself is a microscopic black hole and by accounting for PSU´s both internal and external to its surface horizon, we can analyze the ratio of information/energy between the proton and the vacuum in which it resides. The total amount of energy available within the volume of a proton, in the form of vacuum fluctuations, is 4.98 x 1055 grams – which is also the exact mass of the universe. So to find out how much of this energy is actually expressed (and is physically measurable) through the proton horizon, we divide the surface area of ​​the proton by the Planck radius (the equatorial circular surface reflections), to learn that the proton horizon is covered by 4.72 × 1040 overlapping Planck-circles, creating a holographic interference pattern. A fascinating aspect of this calculation is that the pattern appearing on the proton surface is identical with the ancient symbol called “the flower of life”, said to be the basis of the geometry of Creation.

Flower of life

quantum gravity

Now, to uncover the the actual mass of the proton, its gravitational mass, we divide the number of Planck-circles on the proton surface with the number of PSUs within the proton volume (4.72 × 1040 / 1055), which results in 5.91 × 1014. This number is the exact mass needed for the proton to fulfill the Schwarzschild condition of a black hole. Thus we have found the holographic gravitational mass of the proton (its Schwarzschild mass), only by using Planck units and geometry alone, without involving Schwarzschild´s equations or the field equations of relativity at any time. In other words, we have described both gravity and mass as a relation between information to surface area, and this is has been achieved algebraically, through quantification of the vacuum energy by a physical constant, the Planck unit. The formula is universal and can be applied to all astrophysical systems, thus we have, for the first time, a functional mathematical description of quantum gravity!

By this novel approach to physics we may study the foundations of the entire universe simply by studying the geometric properties of a single proton.

Using the above formula, we could put the flower of life grid of Planck orbiting Earth and calculated the geometric relationship between the number of Planck-circles on the surface and spherical Planck units inside to calculate the gravitational force that holds us to the Earth.

Using the above formula, we could wrap the flower of life pattern around the Earth in order to calculate the geometric relationship between Planck-circles on its surface and PSUs within its interior to derive the exact gravitational force that holds us to the Earth.

The internal geometrical volume of the proton relates to its surface area in such a way that one equatorial Planck circle holographically express information associated with it internally. So, if we divide the number of Planck-circles on the proton surface (4.72 x 1040) with the actual geometric volume of the proton, we get 1.67 × 1079. Amazingly, this figure is the estimated number of particles in the universe, which again indicates the reality of underlying quantum entanglement. To find the mass contribution of all protons on each individual proton we divide the Schwarzchild-mass of a single proton by the number of protons in the universe, resulting in 3.55 x 10-65 gm. This value is the mass influence of one Schwarzchild-proton distributed throughout all protons in the universe, by entanglement. To find the mass influence of all protons on a single proton we multiply this number by the number of Planck-circles on the proton-surface. The result is 1.672295215 x 10-24, which is also the value measured in laboratories. The calculations are within 0.017% deviation from the proton mass specified in the Standard model, but probably this is a more precise value for the proton mass when measured from outside its event horizon. This remarkable result demonstrates that all protons in the universe are intimately connected with each other through quantum entanglement. Each Planck-circle can be understood as a mini-wormhole that links up to another proton.

Now we can understand the seemingly paradoxical existence of two separate values ​​for the proton mass. The proton cannot be seen as isolated from its surroundings without taking into account its quantum entanglement with all other protons. Measuring a single proton from outside its event horizon seems to express a mass of 1.672295215 x 10-24 grams, while its internal quantum entanglement with all protons keeps it in the Schwarzschild state of a black hole, with a mass of 5.91 x 1014 grams. The measured mass (10-24) is an expression of mass influence per proton through the holographic Planck circles on proton horizon. Each proton outwardly expresses their own tiny bit of the distributed mass of the universe, and each proton is connected to all other protons through quantum entanglement.

Another way to arrive at the same conclusion is simply to divide the mass of the universe (1040), extrapolated from the inside of the proton, with the number of protons in the universe (1079), extrapolated from the surface of the proton, which results in the exact mass of a single proton (1.672295215 x 10-24)! Just the fact that these giant figures divided hits the mass value of the proton down to a decimal of accuracy is a major indication that the theory is correct.

Planck-scale-Network

We might map out the relation of a proton to all protons in the universe and extract precise information about the structural scales of the universe and beyond.

The final conclusion of these equations is that mass is a result of information exchange between protons in the universe. All matter is thus an expression of an underlying unified field, where absolutely all information is implicitly encoded, stored in hologram. Space is what defines matter, not vice versa.

The Schwarzschild proton has 1040 Planck circles on its surface, which in the first fractal iteration connects to as many protons. Those protons again connect to 1040 different protons, which joins the first one to 1080 protons by a fractal progression of entanglement. Analyzing this fractal pattern further we may map the first iterations of the fractal multiverse. Moving beyond our own universe, past its cosmological horizon, we could look back only to see its surface as a blazing sphere within another universe, in the appearance of a star. Thus from a single proton resting somewhere on your little finger, we may calculate the size and mass of the universe, the radius of the universe, the cosmological constant, the vacuum energy density, the gravitational field, the radius of the larger universe in which our own is contained, how many universes there is that one and… I’ll leave the rest to your imagination.

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Skies Above Skies…

“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

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 through the interference pattern of the Flower of Life. In time all this will be simplified further in such a way that it’s expressible in a single, simple equation – as has been the dream of great scientists and philosophers throughout the history of physics. Personally I’m often filled with a tangible connectivity to all things just by contemplating this beautiful description of our Universe. I believe that we, through meditation, visualization and contemplation, may use this understanding as a kind of metaphysical technology – a tool – for expanding our own consciousness beyond its frames into a larger and deeper communion with each other and our world as a whole. 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…

Einstein1

Further research:

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