The Strong and Weak Force Are Produced from Energy Densities of C3 That Cause the Symmetry Breaking of EM Energy Into Nucleus and Electron Under the Pressure of the Entire Universe
The following is a discussion of the strong force being symmetry splitting of the EM spherical energy further into uniplolar spherical energy.
When confined to an atom, an electron absorbed energy in continuous waves but emitted light energy in discrete photon quanta. Stated another way, an electron absorbs and emits energy in continuous unbroken waves of light, sound and motion until reaching its maximum energy density, it emits quanta or static frozen wave, the photon.
The interior of the atom is circulating its electromagnetic wave, waving between positive and negative as its pulses and spins in space. When an atom reaches its maximum energy state, it too must conserve energy and release the energy through a “flux” or particle like emission.
Therefore, the Strong force which is simply the EM force created by the flux of C+ C2 must also emit a quanta of magnetism or a graviton. Again applying the following:
m1 - m2 = Bh/ C3
B = S/ C3
The conservation of the negative energy is drawn from the vacuum density of
E=1/2hw
If a photon is released in quanta of h force, an equal magnetic deformation must occur in the atom. E=hv then the strong force is this in reverse. A positive energy is released in Planck energy which must in turn provide the opposite negative/magnetic force within the nucleus.
The emission of photons provides the quanta of the strong force or magnetism which pulls the nucleus in a smaller stronger compact core. The proton and neutron, acting as a catalyst also act like universe torque of the photon emission to be regenerated and stable. 
With the elementary particle of quarks composing the proton and neutron, the nucleus is the most complex part of the atom and contains most its mass. Both quarks and electrons have spin measured in units of the reduced Planck constant ( ), with electrons, protons and neutrons all having spin ½ , or "spin-½". In an atom, electrons also possess angular momentum orbiting around the nucleus. The electron has potential energy that is inversely proportional to the distance from the nucleus must like Coulombs’ law or electrostatics.
In Grand Unified Field theory, an EM connection between the strong, weak, and electromagnetic forces has been established. The strong force conforms to SU3 gauge, the weak to SU2 gauge and the EM to SU1 gauge symmetry. This results in SU3 x SU2 x SU1.
If all particles are cavity radiation, an atom can be seen as a sphere of cavity magnetism within sphere of cavity radiation. Unlike an electron of undifferentiated spherical EM cavity radiation, however, the atom is radiation of higher complexity. The positive nucleon may be seen as a quantum “black hole” where all the energy flows inward toward its center. The electron shelf encircling the hadron or nucleon may be seen as a white hole with all energy flowing outward. The two interact and exchange energy asymmetrically, providing the pulse and contraction of the electron orbit through the spherical cavity of vacuum density captured when the atom formed. This interior lattice vacuum cavity radiation operates independent of the universe because it is “rapped” in a black hole white hole quantum universe.
The atom may be characterized as a highly complex system of coordinated parts that work to reproduce itself and other more highly complex organic and inorganic matter. It is the inter
action and asymmetry between the nucleus and the electrons that provide the tiny engines for the entire universe.
The atom is a vibrating frozen Schwarzschild lattice of inward/outward over which less dense EM energy flows interweaving at the speed of C. At each pass of the point superposition of the lattice, a C4 energy level occurs. C3 and C both conserve their linear energy by angular momentum. Therefore, at maximum energy level of C4, the electron is emitted formed in a spherical energy particle, rolling out of the collision o C and C3point energy producing C2.`
Then the electron at C2 is passed over simultaneously by C, and C2 which produces a possible energy of C5. At C5, instead collapsing the entire universe into a black hole, there is symmetry breaking further, and an atom emerges. The further collapse o space produces the atom composed of a nucleon of cavity radiation within a cavity radiation of the electron shelf. The nucleus is a ½ step between C3 and a unitary black hole. The nucleus can be seen as the conservation of energy in a fractional state of a black hole at the center of the atom with a white hole outward shining light, a configuration similar to the Schwarzschild lattice solution. The nucleus is the magnetic core from which no light can escape and which acts as the magnetic switch that pulls excess energy out of the quantum energy density to recombine an electron on a lower energy shelf after it ruptures into a photon upon reaching maximum energy.
The nucleus is the black hole center of the Schwarzschild lattice where the energy, as in a black hole loops continually into itself not letting light escape while the electron orbits in the quantum vacuum density. The atom’s mass is centered mostly in its nucleus because as a black hole, it is drawing energy from its outer shell which is mostly empty space around which the electrons spin as if suspended in empty space.
The nucleon is constantly absorbing energy and rotating it outward until it hits its event horizon where it pulls it back again. Only energy that has a greater than the nucleons escape velocity may be emitted which usually is processed through by a higher energy gamma radiation forming another electron that is captured into its shell. The nucleon also captures the net passively charged part of the gamma radiation and forms another proton neutron pair to equalize the new electron/positron pair collision forming the new electron.
According to the Schwarzschild solution, two concentric spheres of the nucleon and the outer electron shell do not feel the influence of the other until more energy is added where in another asymmetrical coupling occurs.
In the nucleon, quarks pairs are asymmetrically formed when the C5 velocities “break” the symmetry of whole integer charges into asymmetrical fractional configuration of 2/3 and 1/3 positive and visa versa.
This is the symmetry breaking of positive and negative charges created by a super-massive superposition energy collision reaching velocities of C5 as follows:
33% C+33%C2+33%C3= C2
The EM energy conserves its inertial mass by splitting its polarity and possessing an asymmetrical fractional charged spin. It produces a nucleon net positive and an electron net negative.
This 1/3 and 2/3 positive charged asymmetry of the nucleon is necessary to conserve its charge under the velocities of C5. The strong force is produced as a further collapse of space at a point location under pressures of intense velocities. The atom cannot escape its own structure, because in order to do so, it must overcome the net energy excess of the content of the universe which is C3. The atom’s total net energy content is C2. The strong force may be seen as an atom being “imprisoned” under the pressure of the entire universe. This produces the stable atom,
This super-collapse produces an inwardly flowing energy torn from the fields crossing at that point and creates at that point a small black hole that is powerful enough to capture the outwardly flowing electron and create a coherent structure of the atom. The net positive shell of the nucleon hold the inertial structure of its magnetic force and the net negative charged shell of the electron protects and encases it strong repulsive electric force.
Matter is therefore created from powerful velocities under such pressure, that it appears to be “blossoming” out of the dark fabric of space, light and sound creating the opera of the universe. Matter is being squeezed out of the “effulgent vacuum density. The photon “pops” into existence, splitting out of a parent atom under pressure of the entire universe energy at one point in the vacuum. Fully formed matter is the fusion of the atom with its unique photonic image. The evolutionary history of the entire universe is “implicate” or imprinted in every particle of matter and light. Out of the “empty” vacuum all space and time emerges.
Energy Conservation; The Strong Force and the Atom Produced Through EM Symmetry Breaking
Recalling SRT, a particle may be defined as the total content of its energy. If one assumes that the atom is a result of conserved angular momentum, then it is a small collapse into frozen particle energy under pressure from the entire universe. Therefore, the strong force is not only the force of C2 of the atom but also the energy of C which is visible light, and of C3 which is the energy of the universe. The atom is so stable because the strong force is a coordinated fluxing force between the entire universe’s resting energy field and the resisting internal force of the atom which has been “squeezed” out of the compressed point in space to produce the spinning flat energy sphere.
The atom is confined to the uniform gravitation field produced and squeezed into existence under the entire EM energy of the Universe. Within its inertial gravitational field out which it sprang, classical physics apply and it “feels” no gravity or other forces in which it is in inertial balance. Only when impressed with an external energy force, causing the atom to deform and then torque to its maximum energy of C2, then it “ruptures” and reproduce itself.
The Schwarzschild radius = 2m
The amount of energy needed to unbind the electron from the atom, and is usually given in units of electronvolts (eV). Like the electron, the e magnetic field produced by an atom—its magnetic moment—is determined by these various forms of angular momentum and spin. They behave according to Pauli Exclusion Principle, in which no two electrons may be found in the same quantum state and bound electrons pair up with each other with opposite up and down spins. Thus these spins cancel each other out, reducing the total magnetic dipole moment to zero in some atoms.
This model of the atom follows laws of EM of magnetic and electric fields but takes the form of a looped sphere in a cavity that has both a ground state and a quantum state expresses the principle that all matter and energy are of EM origin. However, the atom itself is produced under greater temperature and pressure where light becomes fused into a solid coherent system of inward/outward flow of energy production to conserve the inertial mass of the universe.
Within the nucleon, protons and neutrons have spins and polarity which are highly synchronized and organized within the atom and within the structure of the energy field of the entire universe.
Within the atom, an electron transitions between two different states, it must absorb or emit a photon at an energy matching the difference in the potential energy of those levels. The energy of an emitted photon is proportional to its frequency, so these specific energy levels appear as distinct bands in the electromagnetic spectrum. If a bound electron is in an excited state, an interacting photon with the proper energy can cause stimulated emission of a photon with a matching energy level. For this to occur, the electron must drop to a lower energy state that has an energy difference matching the energy of the interacting photon. The emitted photon and the interacting photon will then move off in parallel and with matching phases.
It has been observed that matter mutually annihilates when there is a positron-electron pairing that produces two photons which have the equal energy states but a positive/ negative charge that cancels. However, according to principles of information conservation of entropy, there is a production of light energy which is produced by the “flux”. The electron energy or “information” does not annihilate, but rolls into the vacuum density field contained in the atom and back out at a lower energy shelf. The electron does not make a quantum leap, but rather a quantum emergence from the vacuum field composing 99% of the dimension of the atom. It is this vacuum density field out which the lower energy electron emerges pulled out by the magnetic quantum “black hole” of the nucleon.
This model explains where the electron goes when it makes its quantum leap into an abyss and reappears at a lower orbit. The great “in-between “state of the disappearing electron occurs when it emits a photon with the excess energy being “suctioned” into the quantum density field composing most of the atom’s dimension. The excess electron enfolds itself into the quantum wave potential of implicate energy/matter in the interior of the atom. For a Planck’s instant the electron merges as into the “ghost” vacuum wave of the quantum energy permeating and confined in the sphere of the atom.
In the electroweak interactions a neutrino is produced. A negative muon decays into an electron, a neutrino and an anti-neutrino
u →e- + v- +v+
There is one fermion present before the decay and one after, with opposite signs. A neutron decays into a proton and electron and a neutrino.
n → p +ee-+v1
There is one fermion before the decay and net one after. Again 1 -1+1+(-1)
Electron and positron annihilate to create a pair of photons the count of fermions is zero. For e- +e+ --2Y
1+ (-1) =0.
Radioactive decay of a proton creates and electron and positive and negative neutrino.
The neutrino is the excess energy released on the decay of particles into lower energetic particles. The neutrino has the energy velocity and wavelength shorter than Planck scale. As previously observed, a neutrino must be the energy flux that is conserved from the quantum density vacuum of C3
So what energy and mechanism produces the proton and neutron. A reversal of the process of energy decay will disclose the nature of the hadron creation.
It is believed that all elements heavier than hydrogen and helium are produced under the pressurized furnace at the core stars through thermal fusion. Thermal fusion may appear to be a chaotic random process but as chaos theory demonstrated, slow the process down, and one finds that what appears chaotic is highly organized complexity. The theory of matter creation based on Huygens’s wave principle of producing huge velocities of energy in an organized form is an alternative and reasonable conclusion.
Based on this, a hadron may be seen as a “spontaneous broken symmetry” of energy conservation. Baryons are composed of three quarks (and anti-baryons from three anti-quarks.) Baryons carry an odd half quantum unit of angular momentum (spin) and, hence, are fermions, which mean that they obey the Pauli Exclusion Principle rules.
Sample Fermionic Hadrons
Baryons ( ) and Anti-baryon ( )
SymbolNameQuark
ContentElectric
ChargeMass
(GeV/c2) Spin
A proton has two up quarks with 2/3 positive charge and one down quark with a 1/3 opposite charge which equals a net charge of 1. A neutron has one up quark with 2/3 charge and two down quarks with 1charge which equals net charge of 0.
As been observed, two like charges repel each other until they move within a certain range, and then the opposite occurs. They attract each other with the force of the universe C3, which is the “strong” nuclear force, fusing into one nucleon asymmetrical particles of quarks which do not have energy sufficient to escape the event horizon of the hadron. This is symmetry breaking producing the atom.
So let’s imagine two electrons coming within that range of strong nuclear attractions. As both reach their angular moment in which they will collapsed, instead of breaking up, the electron energy is so great it turns inside out and splits its charges asymmetrically so that it has a net positive and neutral charge. The positive charge is now repelling all the pressure of the universe or creating a strong charge. The negative core of the inside out electron has produced a folding of point space or a small black hole that actually is so strong that in crushes to a singularity point particle. The positive shell of the hadrons is like the event horizon of a Schwarzschild black hole which spread out from the singular point and whose force adds to the energy level of the entire universe. Again, this references and incorporates the Mach principle that all matter and energy in the universe influences every other part and region of the universe. In fact the space energy state of the nucleon at it horizon is similar to the highly electrified plasma state of an event horizon of a black hole. Its energy in its center is highly dense and thick gluon plasma energy.
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The huge amount of energy produced in this fusion process is the “ripping” off the vacuum density out of a boundary of space creating a another more highly energetic point particle that has collapsed to an equilibrium and is repelling the entire force of the unversed. The energy required to pull this vacuum energy C3 creates such a thermal explosion it literally fuels the stars. At the atomic level, this energy is the advance energy particle seen in the Tachyon.
So the reverse of nuclear decay that produces the “ghostly” neutrino is the huge energy furnace contained in the less than Planck scale tachyon pulled literally from the advanced wave of the future.
So what are produced in nuclear fusion are two photons, an electron and a hadron composed of an electron and a tachyon. Two photons are C; one electron is C2; one hadron is C2 produced out of the excess energy of the electron collision and a tachyon where the electron collapses into itself producing an asymmetrical three particle configuration SU5 gauge symmetry. As quantum chromo-dynamics shows, the configurations are either asymmetrically positive or negative. This core asymmetry is the alternating piston like energy interacting asymmetrically with the ½ quantum vacuum density and the C2 density of the electron shell. The core is ¾ C3, the electron is C2, the interior vacuum density shell is ½ C, and the net is the resting state of the atom which is a net ¾ C2. The exterior pressure of the universe is the same: C2-C + ½ C equal ¾ C2 or the resting state of the universe. Add ¼ for the quantum state you get a total of C8, with C4 composing the interior and C 4 composing the exterior. At this point new matter and energy is created by a collapsing of space into new point symmetries to conserve the interior and exterior equilibrium of the universe at a 4/3 C2.
C +C+C2+C2+C3 (1)
C+C + C2+C3 = C8 (2 )
The asymmetrical splitting occurs to conserve energy and structure of all particles and photons are produced.
C2+C+C3=C5 SU symmetry of the nucleon
4/3 C2+C= preexisting atom’s resting energy state.
4/3C2+C= new electron and photon emission.
This equals the energy velocity of C8 of the atom at its quantum state for matter to be created.
It’s “rest state is C6 or 4/3 of its quantum state that breaks into two C2+C2+C+C= C6 energy conservation state interactions. This is to conserve the entire energy at rest quantum state of the Universe which is C3. The following is derived:
Matter and light = C3 Quantum state.
-C+66%C3= o =C+C2=C3
The energy of C3 on each side of the equal sign for a net excess density of 0
This is also the quantum and rest state of the entire universe. A particle of energy may be defined as its total energy content which includes it cavity radiation rotating in angular momentum and the field which is outside it that is being absorbed and rotated inward and then emitted outward through its polarity release valves. Another analogy is that the entire universe is defined as its total energy content, which is the result of all the energy of the atoms, EM free energy, and the vacuum density energy, as well as the energy of black holes, planets, etc.
The “rest state of an atom is the total energy within it sphere and outside. The nucleon contains C3 energy state, the electron shelf contain C2 negative energy, the quantum density within the atom has a net energy content of C3 when one includes the electron, but a net energy state of C. So the atoms interior rest state energy is C6 and outward the Universe total rest energy is C6 or a net energy state of C3. The atom is a Planck black hole nucleon surrounded by a white hole of the electron shelf.
The universe also has the same configuration. The Schwarzschild galactic black hole has a total rest energy of C3 and the rotating galaxy around it has a total net energy of C3 which is a white hole. So inside and outside, the atom and the universe are at equilibrium rest state. When both in and outward are energetically compressed to reach a quantum state of C8 when symmetry breaking occurs and new energy and matter is created, such as an a new atom is splitting and reproducing itself to conserve its inertial mass within a closed system universe.
Star and Planets Formed From Accretions Disks of Energy in the Vacuum Density Field.
As previously discussed, matter is created when high velocity gamma rays collide or when a photon is absorbed (processed through pressure) into atomic nucleus. When this happens an electron/positron pair is produce. The nucleus has the magnetic velocity of C2+ and C2- or a total of C4. This is the energy of a black hole unitary structure. The black hole magnetic velocity C3 plus the velocity of its surrounding field is C3. The Black holes nesting state is 66% of C3 and the entire outside energy content is 33% of C3 which is C.
A black hole is absorbing the energy density around in C waves. When C wave hits the horizon, a quantum fluctuation occurs and photons are emitted in quanta, which is the emission of light quanta that exceed its absorption energy rate of C3. When a black hole is hit by when hit with energy greater than C or electron of C2, and then it emits two photons to conserve its energy density of C3.
Therefore the universe can be thought of as huge oceans of EM energy waves crossing each other, creating super positions and troughs, with the direction of C and the counter direction of C opposite and perpendicular from two direction collide at a point inference and produces a velocity of C4 which then must produce a conservations of linear momentum by producing a particle of angular momentum rolling in a wave polarity. According to Huygens principle of diffraction, every point of interference may create or uncreated matter through wave velocity interference that spreads outward from ever point at Planck dimension.
When a high-energy photon interacts with an atomic nucleus it will produce an electron and a positron without violating conservation of momentum. Since the momentum of the initial photon must be absorbed by something, the nucleus is needed to conserve both momentum and energy.
Pair production also occurs during Hawking radiation near a black hole. It is observed that at short scales short-lived particle-pairs are constantly appearing and disappearing in the quantum foam. If a region of strong gravitational tidal forces, the two particles in a pair may sometimes be wrenched apart before they have a chance to mutually annihilate. When this happens in the region around a black hole, one particle may escape, with its antiparticle being captured by the hole.
To create an electron-positron pair the total energy of the photons must be at least 2me C2 = 2×0.511 MeV = 1.022 MeV (me is the mass of one electron and c is the speed of light in vacuum), an energy value that corresponds to soft gamma ray photons. The creation of a much more massive pair, like a proton and antiproton, requires photons with energy of more than 1.88 GeV (hard gamma ray photons)
These knots of energy now create areas of static ripples of disturbance blocking the energy flow that begins to adhere or accrete more energy as the flows of energy must increase its angular momentum over the denser space time fabric. This produces an energy accretion disk in space that grows ever outward as linear energy rolls into particle cavity energy disks attached to the region of space.
These outwardly spherically growing energy disks form into new stars, planets, and other debris in the universe. So planets, such as the earth grows outward as the earth’s atoms continue to absorb, rotate and recombines energy within its core through a constant system of energy absorption and emission as it conserves is inertial mass. As matter grows and achieves a critical density such as an atom, itself replicates to decompress it energy and conserve its structure. The atom continues to self-replicate until it forms molecules, then it conserves itself through chemical bonding.
However implicit in the model is that the electron, neutron and proton act as a system with coordinated parts that operate according to internal predetermined mechanical energy system designed to conserve its internal structure and momentum. This predetermined mechanical design is the consequence of the initial boundary geometry of the universe. As explained before, all matter is attached to an “inertial gravitation reference frame” or suspended with space by the gravitational equilibrium out of which it evolved and was produced. I am a result not only of my own gravitational field, but I am a product of the gravity of the earth from which I evolved, the earth is the result of the solar system, the solar system the result of galaxy and outward to the boundary of the universe.
Therefore, an atom can also be seen as pressure chamber with valves. The atom’s code is contained in the internal pressure chamber of the nucleus of the proton, neutron and electron. When certain velocities of energy cross in negative positions, it either absorbs the energy or emits a photon of a color signature. Hydrogen with one electron has a color signature of blue. Also, before emitting a photon, it spins and absorbs the energy by emitting sound vibration.
Whether the hydrogen atom absorbs energy or emits a photon depends on the coordinated action of the electron, proton and neutron. The proton and neutrons determine energy absorption and emission. The atom will absorb as much energy that the proton can hold until the energy reaches maximum and the neutron is switched into play, allowing the electron to emit a photon. At the moment of photon emission, the electron appears to disappear into the “Quantum Wave” which it does, However, at that moment of the leap into the abyss of pure energy vacuum, the proton exerts enough positive charge to recombine the electron however at a lower and less energetic orbit,
If we assume the existence of the “quantum wave energy”, then it can be seen through a thought how the mysterious advance waves can be visualized as being drawn from the “future” or out of the thus far undetected quantum wave permeating the universe.
Based on this model, it
can be stated that matter is being created in one region. However, in order to do this, another region has a net decrease of energy. This net decrease in energy is seen in the uniformly permeating low frequency Microwave radiation that permeates our universe.
This model is also consistent with Quantum Chromo Dynamics. At the quantum level, two joining quarks within the nucleus when energized start to divide, pulling apart creating an interior rift. However when this rift reaches it maximum, it recombines by producing more quark matter to glue it back together. This rift between quarks may be seen as the “moment of torsion” before the wave collapse into a particle.
Energy Conservation: Electro Weak Force Is The Release Of The Atom’s Energy Due To A Coordinated Increase Of Energy In Another Part Of The Universe
As you recall the principle of energy conservation of a closed system universe is that as energy increases in one region of the universe must be accompanied by a decrease in energy from another region.
∆ S universe ≥ 0
Based on Huygens wave interference pattern of energy redistribution, all atoms are in a state of decay from energy transfers occurring in the universe at every moment. The atom will decay when the energy increases in another region that “releases” the pressure holding the atom together.
One obvious region of fabulous energy that is lighting up with both light and thermal energy, organic and inorganic matter is our planet. The increasing energy production through conversion occurring on our planet is evident everywhere. As organic life that continues to evolve, differentiate and grow into greater complexity, matter production in our region of space inhabited by our planet must necessarily draw energy from another location in the universe which simultaneously decreases.
We can see heavier elements being created in Supernovae furnace, but another region of thermal, light, and chemical production is the core of our earth. While a star is considered a black body radiation with the chemical and thermal reactions occurring as the result of electric and magnetic fields on the surface, our earth may be seen as a star or a black hole inside out. The earth is a white hole whose content of its atoms which are cavity radiation of white hole spheres encapsulating black hole hadrons produced under pressure. The energy is so dense at the center due to the C3 energy content being “compressed” into our compact planet, more and more atomic fusions occur, producing atomic complexities of heavier elements to absorb the increasing energy density. . While black holes and stars emit thermal energy, the earth emits higher frequency light in conservation of thermal absorption from the atmosphere. The configuration of the earth, as a system composed of all its atoms, has both polarity, spin, a magnetic shell and emits EM radiation in the form of its gravitational field.
Chemical bonding of atoms under increasing pressure will eventually conserve inertial mass electro-chemical interactions that are the precursor to all life.
The pressure and thermal energy necessary for life is produced in the core of the earth. The furnace of the earth’s core produces greater energy pressure, and pushes the energy in new chemically bonded configurations to the earth’s mantle. Both inorganic and organic life is being created to conserve the inertial mass of the universe.
A simply analogy is me. I have not only duplicated, but tripli-cated by having two children. The atoms that constitute their bodies did not exist in their present coherent structure prior my energy system producing them through electro-chemical reproduction. By doing so, I had to draw energy from another part of the universe, mainly the planet, which draws its energy from the universe absorbs it into its core, produces a magnetic field that produces the production of water and plant growth. This energy the planet absorbs is both lights from the sun which is C energy, but also absorbs it from the “quantum waves” rolling over it producing its “material supports” in space. The energy is combined within its core and release through it poles. Likewise the cells of my body are a result of the constant recombining of energy, jittering back and forth faster than the speed of light, as Feynman has shown. Out of the earth, water, and sun, and other plant and animal energy before me, their energy has been “conserved” and the “information” is never annihilated, but conserved as now is accepted in physics, to be recombined into my body arising from the infinite time line of the BB. As Lau states, the information of all inertial mass is always conserved when it is transformed.
Therefore if this photon conserves or retains all the information from the electron that produced it, it may be recombined through the nucleus to create a duplicate of itself.
The evidence supports the proposition that matter is constantly being produced, enfolded (never annihilated), transferred and exchanged, and recombined constantly within the universe.
The Earth as an Inside Out Black Hole
All the physical characteristics of a black hold are identical to the earth, except inside out. At its core, like the event horizons are huge energies under enormous pressure producing a plasma soup, or molten core. Instead of an electric jet poles, the earth has magnetic poles which are the release pressure valves. At the event horizon, particle are seen being split and torn apart, in the core of the earth the reverse is true, particles are being frozen or fused together under pressure. Black holes accumulate mass from the outside in by absorbing magnetic energy; the earth is gaining more mass from the inside out. Black holes absorb all light; the earth reflects or refracts light. The atoms characteristic light and harmonics produce the colors and sounds of our planet. The analogies continue.
The black hole and our galaxies have the characteristics of an atom; the black hold is the nuclear and the sun is the electron that holds the galaxy and our solar system in balance.
So above, so below. The same may be about the atom; so below, so above. The universe is produced by the entire individual characteristics of each atom, in spin, frequency, and coordinated action in a point location to produce the universe out there. The atom is the unitary microcosm of the unitary macrocosmic space.
The Galactic Black Hole Rotating at the Center of the White Hole Galaxy
According to the standard model of the universe, the first atoms (complete with bound electrons) were theoretically created 380,000 years after the Big Bang—an epoch called recombination, when the expanding universe cooled enough to allow electrons to become attached to nuclei. Since then, atomic nuclei have been combined in stars through the process of nuclear fusion to produce elements up to iron. Heavier elements are produced this way and iron is considered to be produced through nuclear decay. Isotopes such as Lithium -6 may also be produced when high energy photons strike atomic nucleus. It is believe that all the elements of the earth existed from the beginning and did not evolve over time as the earth evolved into its present structure.
However, the model based on quantum wave energy shows the highly organized formation of matter due to energy accretion disks on the Schwarzschild lattice and Huygens principles of crossing energy currents.
Let’s assume the earth started as an accretion of hydrogen atoms that were bound together tightly in a small region of space. Over billions of years, the pressure exerted on these regions of trillions of highly energetic waves of energy would produce asymmetrical breaking into new and highly more complex atoms. The pressure builds and continues until the spherical earth has reach its maximum of non thermal reproduction, so the core of the sphere must break further into hot thermal plasma where the negative poles are torn from the positive polarity, creating hot thermal plasma core. The plasma then moves upward and is emitted through the pose of the earth and then erupting and produce the harden shelves of the earth which become land mass. This land mass continues to grow as the plasma core must continually release its energy in eruptions rather than the smooth waves through its poles. Land masses then start to release its higher energy through chemical bonding into organic life, as has been seen in the ocean floors where hot plasma vents are found to be teaming with organisms. It is from these organisms that greater complexity of life evolves out of the plasma core of the earth.
Plant life began as an interaction between photonic energy of hardened plasma and photosynthesis of photonic light caught not only from the sun, but also produced from the poles of the earth and the sea vents.
A Snapshot of the Lattice where Matter and Light are Created
The atom is defined as a conservation of EM energy by splitting the EM wave into the nuclear with a positive inward charge, and the election valence shell or net magnetic mantle confining the interior cavity of vacuum density field or a white hole. This is a torn off of the grid and the electron orbits in the grid wave polarity of the lattice spherical structure.
Atoms in space accrete and cohere to the intersection of the vertices of the lattice. All atoms have polarities spins which is a conservation of energy under pressure. Four hydrogen atoms found together coordinate their spins at 90 degree angles forming a quadrupolar spinning unit. This quadrupolar spin is due to being attached to lattice grid energy in the direction of the grid unipolar interactions transversally and longitudinally at a diagonal. The atoms, like spinning four balls on intersection grid spin in coordination to the energy polarity of the lattice. The lattice structure of the vacuum density field is seen when an atom vibrates from its rest state to its quantum state as seen below.
Visualizing the hydrogen electron orbitals
The caption to this photo reads: “The image shows the first few hydrogen atom orbitals. These are cross-sections of the probability density that are color-coded (black=zero density, white=highest density). The angular momentum (orbital) quantum number l is denoted in each column, using the usual spectroscopic letter code ("s" means l = 0; "p": l = 1; "d": l = 2). The main (principal) quantum number n (= 1, 2, 3, ...) is marked to the right of each row. For all pictures the magnetic quantum number m has been set to 0, and the cross-sectional plane is the xz-plane (z is the vertical axis). The probability density in three-dimensional space is obtained by rotating the one shown here around the z-axis.The "ground state", i.e. the state of lowest energy, in which the electron is usually found, is the first one, the "1s" state (principal quantum level n = 1, l = 0).”
The above literally shows the lattice at the quantum excited state of the atom. First the longitudinal axis is revealed as the atom is excited and it forms a linear intersection. Then at its most quantum state, out pops the transversal axis. This is literally the lattice architecture of the quantum vacuum density field.
David Bohm said that physicists could explain the “resting” and “quantum wave” state of a particle, but not the “in-between” state where the electron disappeared. As earlier stated, this “in-between” + state is the unrolling into the quantum density vacuum and the rolling out at a lower energy. It is in the quantum vacuum where the “frozen” lattice of energy exists. The picture shows the configuration of the quantum state of a hydrogen atom. In its quantum state, you can clear see the intersecting quadrupolar grid.
It appears as cell division of organic life. All life divides in quadratic numbers based on the lattice grid over which all life grows out of and is patterned by. The following is a picture of atoms arranged along both the longitudinal and transversal axis.
Black Holes, Complimentarity And Holographic Principle
The quadrupolar atomic configuration of 90 degree spinning atoms produces the holographic three dimensional qualities to our other flat universe composed of two dimensional flat atoms. David Bohm and others have postulated that the three dimensional quality of our universe is based on the light of a hologram projected from a two dimensional surface. In the last decade, the holographic principle has become generally accepted. Leonard Susskind in Black Holes, String Theory, and the Holographic Principle proposes that event horizons of the black hole have a stretched membrane with only 2 degree of freedom. Also, the maximum entropy of the black hole is proportional to the area of the horizon and the following is true:
S=A/4g.
This implies that a super-massive black holes are flat two dimensional disks in Euclidian space. Extrapolated from this, it may be postulated our universe is a Euclidean disk of the lattice. An atom, like a black hole, has only two degrees of freedom to deform under pressure. But the coordinated spins of four atoms produce a three dimensional spinning projection of three dimensional spaces and also provides three degrees of freedom of deforming under pressure.
Further it is theorized that in energy conservation, all information is retained. So when a photon falls into a black hole and fuses across the entire area of the black hole, it still retains all previous energy states or information. All the stored information of the proton will spread across the entire surface horizon. Using the S-Matrix, if one reverses the path of the proton, like in Bohm’s example of reversing the glycerin to unfurl the preserved ink drop, the proton will emerge in complete form. This is consistent with the s-matrix and energy/information conservation.
Susskind and Fishler postulated the holographic principle where one can imagine the entire structure of the universe being encoded in flat pixels at the boundary of the universe where all information of the interior is stored and projected inward to produce a holographic image of our present universe.
The quadrupolar spinning light of four atoms on the lattice produces the three dimensions of visible universe and is a projection from a two dimensional boundary starting from the atom outward to the boundary of the universe looped back moving toward the center of the universe.
In the holographic principle, Susskind propose the quality of gravity can be visualized as spinning atoms of light that are projected from the outer boundary of the universe toward nits center, through each successive boundary like Russian dolls. Every three dimensional object has its own boundary projecting structure within its interior down to the atom. In such a picture, there are vastly fewer degrees of freedom than what is predicted by quantum gravity that reduces all space to ever smaller points. In the holographic picture, Planck dimension is the limit. In counting the regions of Space, the goal is to determine the dimensionality of that state-space. A lattice of discrete spins shows that the number of states is exponential to the volume, which is a three dimensional space quality of matter.
However, in a black hole, the degrees of freedom are only 2 states on its flat boundary. It is a flat boundary. The total bound states of a black hold is the entropy passing though a light sheet and does not exceed A/4GA, or is proportional not to its volume but is flat area or disk. In other words the light speed has a positive expansion into futures, and a negative expansion into the past. The Penrose Brusso diagrams show that regions of space have both negative and positive expansion.
The boundary of the black hole, acts like the membrane of any inertial angular mass. It protects it coherent interior structure of pure magnetic standing cavity field. It stabilizes its own structure as well as the exterior structure of the vacuum field of space. It also may be extrapolated from this that the state of gravity produced by black hole negative energy has only two degrees of freedom which is the fusion of outward moving light and backward moving energy of the Schwarzschild lattice. The electric poles flowing unipolar outward in light-time, and magnetic poles flowing opposite in “frozen” or fused arteries and veins of energy flow configured and given dimensionality in the lattice configuration.
Again, it can be concluded, as stated by Brusso and Penrose, there are regions of negative and positive expansion. The holographic principle states that gravity has only two states of freedom or is linear and that the projection of the information stored on a flat Euclidian plan projected inward gives a dimensionality of a volume. This is consistent with Schwarzhield vacuum lattice solution the coordinated spins of atoms projecting light radiation as they move radially in the vacuum give dimensionality and variety to flat linear space. The atoms of light frequency of spinning in harmonics and syncopated beats produce the masterful beauty of our holographic universe. The atoms of light, sound and music are designed into geometry of the birth of the universe from a supermassive black hole.
http://www.quantummatter.com/articles/
Rather than the particle structure of matter,
Schroedinger, deBroglie, Dirac, and Einstein, the founders of quantum theory, preferred a wave structure of matter,.
According to Milo Wolff, The Space Resonance concept – matter structured of spherical wave centers – avoids and explains the paradoxes and problems of point particles. . A simple spherical wave structure explains: 1) the origin of the natural laws, and 2) the relationships between the smallest things—particles—and the largest, the universe itself. These insights are breath-taking in their scope and potential. This structure appears to agree with and predict experimental observations.
OA. Assumption I - The Wave Equation.
Because it must be compatible with quantum theory, a scalar wave equation is needed to describe the structure of natural electrons. Spherically symmetric solutions are required because charged particles have spherical symmetry. Quantum theory requires the frequency of the waves to be proportional to the mass according to the formula f = mc2/h. Two solutions of the wave equation shown in Figure 1 describe the physical structure of the electron.
Equation (2) below shows that an electron is comprised of two spherical scalar waves traveling in space with velocity c; one inward to a center and the other outward. The two superimposed waves form a standing wave, termed a space resonance (SR). The center of the wave structure is the nominal location of the electron. These space resonances are perpetual spherical oscillators. Each resonance extends throughout space and interacts with other resonances so that the natural laws result from the properties of the waves and the medium they travel in, 'space' or the ether.
The Wave-equation for the electron, in spherical coordinates, is:
d2(AMP)/dr 2 + 2/r{d(AMP)/dr} - 1/c2x d2(AMP)/dt 2= 0 (1)
where AMP is a continuous scalar amplitude with values everywhere in space and c is the propagation speed. This equation has two spherical wave solutions for the amplitude AMP: One of them is a converging IN wave and the other is a diverging OUT wave, shown in Figure 1,
AMPIN = (1/r) Ao e(iwt + ikr) [1]
AMPOUT = (1/r) Ao e(iwt - ikr)
The IN and OUT waves combine to form a standing wave. w is the frequency characteristic of an electron proposed by deBroglie and Schroedinger. k the wave constant. The amplitude of the continuous waves is a scalar number, not an electromagnetic vector. At the center the standing wave amplitude is finite not infinite, in agreement with the observed electron.
A standing wave results by combining them with their amplitudes opposing at r = 0 , to get
AMPSTANDING = AMPIN - AMPOUT = (1/r) Ao e(iwt + ikr)- (1/r) Ao e(iwt - ikr) [2]
The equation, Energy = mc2 = hw , converts units of energy into units of frequency. Thus mass is proportional to frequency of the electron's space resonance oscillator: w = 2 pi mc2 /h. All the waves of all the charged particles in the universe have this same frequency because the frequency is a property of the wave medium - space itself, the ether. This frequency is the universal cosmic clock which regulates the laws of nature and our sense of time. The velocity c is also a universal property of the ether which we observe as the speed of energy exchange (light).
This equation becomes clearer when changed to a simpler exponential function,
AMPSTANDING= Ao e (iwt) sin(kr)/r
The exponential factor is an oscillator. The sine function modulates the rapid oscillator waves with a standing wave of wavelength 1/k which surprisingly is the Compton wavelength of the electron. The intensity is the envelope of AMP*AMP, which decreases as 1/r2 away from its centers This equation is simulated in the animation of the electron on this web-site.
The amplitude, AMP STANDING corresponds to the electric potential of the electron. The amplitude at the center is obtained by taking the limit as r --> 0 in sin(kr)/r in the equation above and is equal to Ao. This finite amplitude explains why 'renormalization' in QED theory works. Renormalization boils down to an arbitrary cut-off of the Coulomb electric potential to avoid an unwanted infinity at the center when r --> 0. Avoiding the infinity because it is was annoying was Dirac's complaint. Although the reason was contrived, the cut-off worked. Now, since experiments show extremely accurate verification of the cut-off, one can regard the cut-off as an observed correction to the electron potential, which elsewhere is the well-known 1/r2 . The space resonance structure correctly shows the origin of the correction, the finite center amplitude.
Predicted Properties from the Wave Equation.
From only the first of three assumptions, several properties of the electron are already observable:
1. There are two kinds of SR electrons as a result of two ways to superimpose the IN and OUT waves. One combination has a negative IN-wave amplitude at the center and corresponds to the electron. The other has a negative OUT-wave at the center forming an anti-resonance which is the positron. If the anti- resonance is superimposed upon the resonance, they annihilate like electron and positron. This is seen from the equations.
2. They obey Feynman's Rule: A positron is an electron going backward in time. To see this, replace the variable t with a -t in the function for an electron resonance, Equation (2). Replacing the time exchanges the IN and OUT waves and you obtain the equation for a positron as Feynman said.
3. The Origin of Conservation of Energy. Energy is exchanged in nature by two resonances (oscillators) interacting with each other. For all oscillator pairs known in nature, significant coupling occurs only if both have the same resonant frequency. If one oscillator changes frequency upward, the other changes frequency downward. Thus, the frequency (energy) changes of interacting space resonances are equal and opposite. This is exactly the content of the Conservation of Energy law.
B. Assumption II - Establishing the Density of Space
The wave equation provided a structure which possesses some of the electron's characteristics but a means for the SRs to interact and exchange energy is also needed. Unfortunately, since waves in a homogeneous medium pass through each other, the medium has no means for interaction. To find the means of interaction, we recognize that space is not homogeneous everywhere. For example, it has been observed that a star will bend the path of light which goes near it. A similar behavior occurs at the center of a charged particle.
To examine this requirement we first make a quantitative assumption, similar to Mach's Principle, which establishes the density of space (ether or vacuum). Then we will examine the density formula seeking a means of intereaction. The Space Density assumption is:
Assume that the mass (wave frequency) and propagation speed of an SR wave in space depends on the sum of all SR wave intensities in that space; a superposition of the intensities of waves from all particles inside the Hubble (H) Sphereof radius R = c/H, including the intensity of a particle's own waves.
mc2= hw= k' SUM OF:{(AMPn)2x (1/rn2)} (4)
In other words, the frequency w or mass m of a particle depends on the sum of amplitudes squared of all waves AMPn, from the N particles in the universe, whose intensities decrease inversely with range squared. That is, waves from all particles in the universe combine their intensities to form the total density of 'space'. This density determines the electron's wave frequency. This space corresponds to Einstein's "aether" or quantum theory's "vacuum."
Now examine the homnogeneity of the space. The universe contains so many particles that the density of space is nearly constant everywhere. But close to the center of an electron, the amplitude of an electron's own waves following the 1/r2 rule, is larger, producing a "lump" in space density. This lump at the center of the electron causes wave interactions. It is the way energy is transferred and what we call "charge". Its correctness is tested below.
Energy Transfer Mechanism of the Space Resonance.
How does the charge mechanism operate? It is well-known that a-c signals flowing through a non-linear element in a circuit will mix. That is, if there is a two-signal input:
INPUT = Acos(w1t )+ Bcos(w2t)
then the output will be:
OUTPUT = AB[ cos(w1t + w2t) + cos(w1t - w2 t ) ] /2 + other components
The non-linear element produces sum and difference frequencies of the original w1 and w2.
Similarly in space, different waves passing through the dense, non-linear region at the particle center will mix. If an input frequency and a particle frequency are similar, resonance can occur. An example of this is a tuned radio receiver. An energy (frequency) exchange between resonances behaves like two coupled oscillators in a circuit, or like two pendulums joined with a spring.
A Test of Assumption II . If an electron's own waves can create a denser region near its center, then the intensity I of those waves at some radius of non-linearity ro , must be comparable to the intensity of waves from all other N particles in the Universe. This requirement is written: Intensity I = AMPo2/ro2 = SUM { AMPn2/rn2 }
= N/V x INTEGRAL OF:{ AMPo/ro}2 4 pi r 2dr
where V is the volume inside the Hubble Sphere and R its radius. The integral, from r = 0 to R = cT = c/H, extends over a sphere whose expanding radius R depends on the age T of the particle. Thus T is the maximum range of the particle's spherical waves. This reduces to ro2 = R 2/3N (5)
Inserting values from astronomy measures, R = 1026 meters and N = 1080 particles, the critical radius ro equals 6 x 10-15 meter. If the assumption is right, this should approximate the classical radius rc = e2 /mc2of an electron, which is 2.8 x 10-15 meters. The two values almost match, so the prediction is verified. Apparently dense centers do exist, and
e2 / mc2 = R / SQUARE ROOT OF: {3N} (6)
Equation (5) is a relation between the size ro of an electron and the size R of the Hubble Universe. It is termed the Equation of the Cosmos.
Observations on the non-linearity Properties of Space Density
The large density of an electron's own waves at the center are the causes of 'charge' effects, wave-coupling, and energy exchange between particles.
1. Charge and mass interactions occur at the center (lump). The electron resonance extends throughout space but energy exchanges take place in the non-linear bump at the center. Thus the SR "looks" like a point particle but no mass or charge substance is required to produce this experimental appearance. It is all waves.
2. Modulation of the waves behaves like a photon. When two resonances exchange energy (shift frequency - Section H below), the IN/OUT waves traveling between them are modulated with the frequency-shift information. This modulation travels at velocity c, like a photon. But the only events we observe are two energy shifts, one at the source and one at the absorber. This corresponds exactly with experimental observation of the photon.
C. Assumption III - The Minimum Amplitude Principle.
Assumptions I and II describe the electron's structure, its energy exchange mechanism, conservation and electric force. But there has to be a law to determine whether two particles should move together or apart, or whether their frequencies will change up or down. One more assumption is needed that governs the behavior of energy exchanges within a group of particles. A Minimum Amplitude Principle (MAP) is found, described by INTEGRAL OF: {AMP1+AMP2+ AMP3 +... AMPn }2 dx dy dz = a minimum (7)
or, The total amplitude of particle waves in space always seeks a minimum.
In other words, all the waves of the total number n of particles inside the Hubble Sphere adjust themselves at each point to make total amplitude a minimum. To accomplish this, energy (frequency) exchanges take place, or wave-centers move in order to minimize the total amplitude. This principle is very powerful and predicts many observations. For example, waves of two electrons close together will have a higher intensity than electrons farther apart. Therefore two electrons must repel in order to satisfy the MAP. A positron and an electron will attract. It also creates the Pauli Exclusion Principle, forces between atomic nuclei, and gravitation.
Observations on the Minimum Amplitude Principle.
1. The Pauli Exclusion Principle is one result. This is because MAP prevents two identical resonances (fermions) from occupying the same state since their total amplitude would be a maximum rather than a minimum.
2. The electric charge force between two resonances is F = k/r2, where k = e2/4 pi eo . It is the same as Coulomb force everywhere except at the center. This force arises as a result of the Minimum Amplitude Principle which attempts to minimize wave amplitudes near the resonances. The 1/r 2 factor is the result of the 3D geometry of ordinary space. The electric constant k is a measured parameter which can be approximated from Equation (6) which shows it to be a property of space. Thus only one value of charge occurs in nature.The complex amplitude AMP can be regarded as the electric potential of the electron.
