Schwarzschild Lattice Energy Solution
In 1923 Birkhoff showed the static Schwarzschild solution is the unique vacuum solution with spherical symmetry. If the spherical body explodes or implodes the surrounding field would not respond or “feel” any trace of it. In particular no spherically gravity radiation is possible. This field inside the spherically vacuum cavity must be “flat” with no charge or angular momentum, even if the surrounding field moves radially. For space time if r = 0 then m = 0 in which case the Schwarzschild metric becomes the Minkowski metric. It shows that concentric spheres E1 and E2, with symmetric sphere but radially moving both inside and outside, do not “feel” the influence of the other. Inside tee two spheres the Schwarzschild metric applies. A massive star surrounded by and expanding in an isotropic universe does not “feel’ the effects of the Universe.
As for the lattice, spherical symmetry implies that it will be a radial distortion of Euclidean 3-space E3. The metric of E3in polar coordinates is
dl2=dr2+r2(dθ2+sin2θ df2),
The Schwarzschild solution, taken to be valid for all r > 0, is called a Schwarzschild black hole. It is a perfectly valid solution of the Einstein field equations. For r < rs the Schwarzschild radial coordinate r becomes time-like and the time coordinate t becomes space-like.
2MG/C2.
At infinity a particle A=1. Schwarzschild space becomes Minkowski space so that:
I = dt/ds = y, the Lorenz factor.
With the Schwarzschild r =2m, the g-field is infinite. The infinite static g-field metric means a particle remains at rest in a lattice and means it has infinite acceleration or becomes a photon. The locus of r =2m means that the outwardly directed spherical light goes nowhere. The light radiation will turn out to be a horizon of a black-hole whenever the energy continues through it. The geometry of the space in the sphere is flat and Euclidean. The radius is equivalent to vacuum solution ends at the surface of the central body. The radius is equivalent to:
At r = 0 the curvature becomes infinite indicating the presence of a singularity or black hole. However, r<0 and produces the infinite black hole-white hole curvature. Kruskal-Szekeres coordinates are a coordinate system for the Schwarzschild geometry for a black hole. These coordinates cover the entire spacetime manifold of the maximally extended Schwarzschild solution and preclude a singularity and are given as follows:
These equations support the notion of the background quantum wave field is in the shape of a lattice with vibrating points of spherical outward directed light at infinite acceleration which is at “rest” throughout the universe. These “frozen” outward radiating points of light have a “flat” wave frequency (photons) that surround a black hole cavity. When the inertial mass of this Schwarzschild increases over time it must conserves it linear momentum into angular momentum, and virtual particle and neutrinos appear briefly. The particles are the quanta wave energy from the quantum energy lattice field.
This equates to two quadrupolar rotating spheres along the lattice grid, producing an inward and outwardly directed energy of the lattice. This does not produce a singularity in the generally understood sense. The singularity is the moment of infinite magnetic inflow of energy to a point in space. As far as black holes, the e light ends at the horizon of the black hole and is infinite. The energy entering the black hole is also infinite. The energy flows toward the black hole horizon and outwardly in a perpendicular direction. It is diagramed as follows:
.
The spatial curvature of the Schwarzschild solution for r > rs can be visualized as follows.
This is a plot of Flamm's paraboloid. However, as we have discussed this is a three dimensional projection of a two dimensional Schwarzhield solution. The wormhole goes nowhere except twisting in on itself and going in an outward direction on a Euclidean plane of space.
The Schwarzschild lattice, whose metric is given by:
dl2= dr2(1 -2m/r) +r2(dθ2+sin2θ df2),
Black Hole Entropy
Hawking radiation from a black hole also shows the vacuum density to be a field with a velocity approximately C3. Hawking’s original calculation required talking about quantum particles in which the wavelength becomes shorter than Planck’s length near the black hole horizon. If tracked back in time, an outgoing Hawking radiated photon, has a frequency that requires the wavelength to “scrunch up” infinitely at the horizon of the black hole. This is consistent with the Schwarzschild solution.
The Schwarzschild solution requires that a photon’s frequency stay regular if extended back into the past region. Again, this is consistent with a physics of the black Hole Universe. Notwithstanding, Hawking used a black hole solution without a past region which forms at a finite time in the past.
The trans-Planckian issue is seen by many to be not physically possible. If one assumes the Casimir vacuum density of a bounded sphere, then it is fundamental to the universe. The same effect occurs at the point where matter falls within a white hole where it accumulates on it but has no future region where it can be emitted. Tracing this photon its future must be into a trans-Plankian region.
r = 2M + u2 / 2M.
So a field theory defined on a black hole background is in a thermal state whose temperature at infinity is:
Is in natural units with G, c, and k equal to 1, and where κ is the surface gravity of the horizon. So a black hole can only be in equilibrium with a gas of radiation at a finite temperature. Since radiation incident on the black hole is absorbed, the black hole must emit an equal amount to maintain equilibrium.
The radiation from a Schwarzschild black hole is as follows:
where is the reduced Planck constant, c is the speed of light, k is the Boltzmann constant, G is the gravitational constant, and M is the mass of the black hole.
The change in entropy when a quantity of heat dQ is added is:
The entropy of the hole by Hawking is follows:
Again, thermal energy is escaping at trans-Planckian wave velocity of C3 because the inertial mass or total energy content of the Universe; including the energy of the black hole is C3 at its quantum maximum energy state. The black hole must release its maximum energy density of C3 to return to its equilibrium. Supermassive black holes may absorb more energy than they evaporation, and therefore may grow, or in the reverse will shrink.
Hawking temperature evaporation is proportional to the surface gravity of the black hole, which in turn is inversely proportional to the mass with large black holes thus emitting less radiation than small black holes.
From the evaporation of a black hole, it may also be extrapolated that the energy is decreasing into a static state of C3 from a black hole. The energy traveling at C3 flows from the evaporation of black-holes and saturates the space around it and is considered a singular static moment of time-space light. It is the moment membrane or seam of frozen light and frozen magnetic wave.
Finally, like an atom, the black hole has a flat 2 dimensions. That is why its energy density is based on its area and not its volume.
The Event Horizon
Using the resting energy state of the quantum wave energy is
4⁄3 xEo⁄c3
The inertial mass state of the Gravity is
E=E0/(√(1-(q/c) )^3 )
A vacuum rotating gravitation field gives rise to electromagnetic forces which are given by where e is the charge on the electron, c is velocity of light and g is local gravitation acceleration and w is the angular velocity of rotation of the body or black hold. The term g x w is analogous to a gravitation gyroscopic term.
B ∞( e/c^3 ) g x ῶ
Black Holes: Dense Magnetic Cavity Radiation Rotating Around a Perpendicular Positively Charged Axis.
The dynamics of a black hole universe is similar to the standing EM rotating spherical wave of the hydrogen atom, but reversed. A black hole universe is binding an expanding white hole evolving centrally from both its core and interior bounded walls, spiraling inward and outward forming smaller black hole centered galaxies. However, as with the electron and atom, the black hole universe as a whole is a steady state wave alternating between C3 and -1/4C. The universe as a whole may be seen as a steady state of Zero, while regional locations are never Zero. As energy is increased in one region, it must decrease in another region. This provides the steady state, because as energy and matter is increased it expands from its interior bounded walls equally by releasing energy into the white hole cavity. Linear and angular momentum of the black hole universe may be characterized as having infinite angular moment. As frozen EM energy lattice grids, the universe lattice vacuum density is frozen in time and space. Its magnetic “frozen” linear field is formed around a “frozen” perpendicular electric pole.
Turning to local black holes, the escape velocity of a particle from a black hole will equal or even exceed the speed of light. When a particle approaches a black hole horizon, it may be torn apart, with its cavity EM wave being split into a positron, and an electron. Some may describe this phenomenon as space time stopping due to relativity. However, another conclusion is that the magnetic pull and electric push become equally powerful and freeze at the point of O, and presently splitting the EM field into two flat frozen (non-dynamic or static) standing waves, each going in the opposite direction.
Formed under the collapsing of tremendous energy, a black hole may be characterized as the permanent splitting of a force into a frozen magnetic field, (the black hole) and the electric poles.
As an example, the magnetic field is a vector field that permeates space and which can exert a magnetic force on moving electric charges and on magnetic dipoles (such as permanent magnets). When placed in a magnetic field, magnetic dipoles tend to align their axes to be parallel with the magnetic field. Likewise, the electric charges tend to align perpendicularly. As Faraday observed when an electric field is shot perpendicularly causes a counterclockwise rotating magnetic field. This phenomenon is also seen in rotating black holes.
In flux freezing, the magnetic field is frozen into the plasma when the conductivity is so high that the electric field in the reference frame co-moving with the plasma vanishes. Then we have that the electric and magnetic fields are perpendicular and force free:
where is the electric charge density. Faraday's law applied to the surface and the boundary gives us
Using the condition that the field is frozen to the plasma at the boundary
This is where v is the velocity of the plasma as measured by the observer far from the black hole.
This frozen field supports the quantum lattice model in which the vacuum density is the negative energy that is pulling the future toward it and the white hole energy of the electric field is the pushing quality that pushes all light and matter in the opposite direction to meet at the infinite center points on the lattice. Thus, again is the “torquing” and “flux of the entire universe of quantum particle and radiation undergoing torque, flux and spin.
Binary Star System: The Supernova- Black Hole Tango: The Energy Sustaining The Lattice Energy Universe
The role of super nova explosions and black hole collapse produces the energy and forces in a steady state and acts according to fluid dynamics to hold the structure of the universe in perfect equilibrium.
Stellar mass black holes may be produced by the collapse of the cores of massive stars during supernova outbursts. After a neutron star explodes producing a super nova on the order of 1.4 M(Sun), shock wave next propagates through the outer layers of the star igniting nuclear reactions and pushing on the envelope of the star depending upon the detailed structure of the envelope of the star.
After the neutron star phase there is no known type of matter which can generate sufficient pressure to overcome the effects of gravity and the star must then continuously collapse until it compresses to infinite density and zero volume.
When a supernova explodes, it blows outward energy in huge tidal pulse wave. The pulse is visible by the photons careening outward in Huygens super currents producing waves that collapse into matter of heavier elements and spreading outwards into space. Matter, energy and photons create huge fireworks that light up a region of space
At the moment this huge energy pulse spreads through space, the black hole collapses, imploding and suctioning energy producing a counterbalancing vacuum that results in the forward pulse and suctioning vacuum to split the EM energy in a unipolar lattice of frozen energy. This creates a black hole surrounded by a white hole producing an expanding universe of greater space and light. This is the quantum waves of energy being pulled backward in time running to meet in a head on collision the forward moving pulse produced by the Supernova.
These binary supernova/ black hole formations creating huge energy pulses produce the Maxwell advance and retarded waves. The black hole literally pulls energy from the walls of the interior of the black hole universe with produces more energy EM content into the universe. This energy at the interior are stripped of at Trans-Planckian energy. The corollary to black hole formation is the instantly equal expansion of space by pulling energy off the walls of the unversed. This explains why outer rim galaxies appear to be accelerating apart at the speed of light.
The alternating collapse and wave pulses produced by the black hole formation increases the total energy in the universe and expand it equally. It acts both in advanced waves from the other side of the universe and retarded wave from the forward moving energy pulses. The energy is a like a piston engine but on a quantum and cosmological scale.
The Universe as an energy field has a sum total equaling 0, but in local regions the energy is negative or positive just like in an electric field. The energy flowing to the black hole from the opposite region of the universe and the energy flowing outward from the star’s tidal wave of light produce the unipolar fused energy configuration that produces the flat energy wave of the lattice.
It is frozen energy grid through which positive energy from the supernova explosion is blown outward in all directions and negative energy from the collapsed of space into a black hole pulls energy from the opposite direction from the distant rim toward the positive energy flowing outward. Both energy waves are unipolar with one degree of freedom going forward or backward in space time.
A Lattice of Visible Energy Is Detected In The Macro Universe And Mirrors The Quantum Energy Grid
The universe is said to be uniformly filled with hydrogen atoms approximately 1 cm apart and permeated with radio waves. On a macro level, this configurations can be pictured as a three dimensional “lattice.” This provides a loose lattice structure of energy and matter over which the quantum energy may interact.
This loose lattice structure of the macro-energetic universe is correlated to the infrared-ultra violet connection. At the macro level, the universe has a very low energy density of simple hydrogen atoms and low frequency radio waves. At the quantum level where frequencies so high they are emitted at a trans-Plankian frozen flat energy wave.
The “frozen” trans-Planckian energy of the black hole having infinite density of fused EM energy in a unitary singularity may be understood with a thought experiment of Einstein’s photon box. If one puts a photon in a mirrored interior of a box that is dimension of a photon, and then squeeze the boxer infinitely, the photon’s energy would increase while its wave magnitude became shorter. Finally, it would have infinite energy that it must fuse with the box itself which lowers its energy density. This infrared-ultraviolet connection is seen in the terms of a black hole event horizon. For example, as a photon approaches the black hole horizon, it gains energy by having to shorten its wave length because it is “squeezed” by the high energy density of the black hole. If it crosses the event horizon it becomes “fused” or spreads across the entire black hole surface losing its structure, much like an ice cube dropped into boiling water.
BLACK HOLE THEORETICAL MODEL
The Schwarzschild vacuum lattice solution requires the early universe take the form of a black hole produced from a “big crunch” of electromagnetic energy “fused” into a solid state. This produced the unitary frozen superforce of fused electromagnetic energy when a super-massive black hole collapsed into a center of a white vacuum sphere outside our universe’s event horizon. As with all black holes, our black hole universe continued to absorbed energy from its exterior. Under increasing pressure, the interior of the black hole universe conserved energy by symmetry breaking of the fused electromagnetic into lateral fissures of opposite pulsing negative and positive energy. Under further pressure these fissures torqued under angular momentum splitting lateral electromagnetic energy ropes into perpendicular axis configuration of positive pulsing and negative contracting lattice energy. The universe continued to split and torque into infinitely small lattice cells of pulsing and contracting energy suspended in space forming a fined mesh of energy at transPlankian dimensions. This oscillating energy lattice composes the vacuum density field that is undetectable due to its monopolar “flat” wave magnitudes of frozen lattice energy.
Over time and under pressure, the vibrating lattice cells conserved energy into motion, shedding and collapsing loosened electromagnetic energy into the interior of the cells like wallpaper stripped off interior walls. It was the interplay between energy flows produced by the expansion and contraction of the transPlanckian lattice that produced the initial energy condition for the interior black hole universe to collapse into smaller black hole centered galaxies surrounded by galaxy formations in the white hole exterior vacuum. Our galaxy is a white hole within a matrix of black-hole-white- hole galaxies emerging concentrically from the interior of an expanding white-hole – black-hole universe. This evolving white hole lattice matrix within the interior of an initial black hole is produced through energy conservation. Schwarzschild vacuum solution demonstrates that a spherical body such as planets and stars surrounding a sphere will not “feel” the effects of the interior body. In a lattice vacuum gravity does not radiate. The field energy inside the spherical vacuum cavity must be “flat,” even if the surrounded spherical fields move radially. This produced the seemingly flat geometry of our universe. Further, the vacuum solution provides the “torque” of the entire universe providing all motion. It also provides coordinated “spins” of all particle interactions based on a quadratic lattice solution.
This splitting of fused electromagnetic energy of the black hole universe produced the architecture over which electromagnetic waves interact to produces matter and photons through symmetry breaking or wave collapse. Because it does not move through space, the lattice may be characterized as timeless and space-less. It may be compared to an arterial system through which all other energy vibrates inwardly and back outwardly in an infinite energy loop. The oscillations of the lattice produces the signature harmonics of the vacuum field which has been momentarily torqued through angular momentum of crossing energy flows. The lattice is formed from monopolar in-flowing and out-flowing energy perpendicular or orthogonal to each other creating singular arterial system energy of vibrating negative and positive energy with a cell structure at transPlankian dimension. Evidence of transPlankian energy is the neutrino whose inertial mass frequency exceeds Planck dimensions allowing it to travel therough the entire atomic structure of earth without interacting with any of the atoms.
Overtime, the flow of the electromagnetic waves through the lattice produced more symmetry breaking into particles. These particles of standing electromagnetic cavity radiation with infinite angular momentum arrange themselves around the vertices of the lattice cell intersections creating superpositions of energy. As loose linear electromagnetic energy wave passed over, matter or standing wave particles, accretions or occlusions of electromagnetic energy formed at the oscillating energy vertices of the lattice of negative energy. These accretions of particles like cavity radiation as evolved into areas of intense negative energy pulling and fusing more electromagnetic energy into larger planetary and star like matter creation. Superpositions of immense energy at the cores of matter accretion disks evolved into present galactic stars and planets through fusion under electromagnetic symmetry breaking. Galaxies and stars are formed around the vertices of the lattice and rotate similarly to atoms rotating in a 90 degree quadrupolar relationship of up and down with a companion quadrupolar formation at 45 degrees. These binary quadrupolar formations produced companion mirrored atoms at the quantum level and mirrored galaxies at the cosmic level. Hence the E8 lie geometry applies to the energy interaction of the binary quadrupolar energy exchange and symmetry breaking.
The Schwarzschild vacuum lattice solution predicts the Faraday Effect of matter and light flows in a spiraling corkscrew effect. This spiraling lattice energy create twisting cones ending at the horizon of the black hole atomic nucleus and twisting in a loop and flowing outward in the perpendi
nucleus and twisting in a loop and flowing outward in the perpendicular direction. This twisting at Planck’s dimension flowing in Huygens wave interference lattice superpositions creates an intricate tapestry of inward-outwardly flowing alternating vibrating matrices. It is these flows of pulse and flux that combined cosmologically to produce the movement and stability of “gravity” of the cosmos.
The Schwarzschild solution of 2mg = 0 provides all matter is composed of black hole-white hole concentric spheres that are flat or two dimensional. Atoms are produced from symmetry breaking at Planck’s dimension where the wave collapses under energy velocities of C6 to C8. This produces the nucleus which may be characterized as a quantum black hole of a broken magnetic particle surrounded by radiated vacuum of the white hole of the electron shelf. At both the atomic and cosmic dimension, the lattice creates an interior vacuum where particles can pulse radially around an axis consistent with Dirac spinors. The orthogonal vector groups of Dirac spinors provide that atoms align themselves into binary quadrupolar clusters around the vertices of the Schwarzschild lattice. Dirac spinors are a mathematical description of the quantum state of the relativistic electron and defines the geometric quadratic form of vector space of an algebraic quantization procedure. The space of spinors thus carries a projective representation of the rotation group which provides the three dimensional holographic quality to spherically flat atoms and the universe. The three dimensional holographic quality is produced by E8 lie manifolds of pulsing up and down particle-like waves. Atoms are not particles, but an occlusion of or spherical electromagnetic energy which continues to reproduce itself or self replicate under increased pressure accreting at the energy occlusion wave.
The Schwarzschild lattice provides that all energy waves in the universe spiral infinitely into to a relative point like particle wave, intersecting through the atomic nucleus. At the boundary of the atom, the photon is produced and infinitely radiates. The net excess energy of the wave which is trans-Planckian electromagnetic energy twists in a loop through the nucleus and changes course by taking the outwardly flowing waves in the direction opposite of and at a 90 degree angle or perpendicular to its previous path. The energy flows in the complex dynamics of the Penrose twistor formations looping infinitely over upon its self and exchanging energy with companion binary quadratic atoms. This produces an energy exchange of 720 degrees between 8 90 degree turns as energy is looped through the quadractic atomic cluster complex. As energy spirals in and out, its spreads outwardly in spirals through space based on n Huygens wave interference patterns creating infinitely small to large vortices of flowing energy exchanges throughout the universe. The math of Dirac-Lagrangian symmetries and the nonalbelian E8 lie geometry, is consistent with both the gauge mathematics of the Standard Model and the Super String model mathematics. The wave interference patterns of the universe mirror the directions and particle superpositions of the E8 lie geometric.
This creates complex dynamical geometry to the energy in the universe that provides for matter production through collapsing energy into atomic particles under immense energy velocity superpositions of c6 to c8 . Atoms are defined as rotating asymmetrically electromagnetic cavity radiation. The nucleus composed of asymmetrically charged protons and neutrons are infinitely looping energy of a Schwarzschild black hole model at Planck’s dimension surrounded by a white hole electron shelf confining the interior vacuum energy.
The lattice structure provides the macro-architecture of the universe of companion galaxies rotating around vertices of the galactic lattice. H is Hubble’s constant and g represent interacting galaxies and r equals the radius. However, Schwarzschild lattice solution shows that a photon is infinitely outwardly radiated light that continues as long as its source. Therefore, extrapolating the constant to account for the expanding universe of 1-z is inaccurate. Light (photons) between galaxies expands at a constant rate with the expansion of the universe. Also, as galaxies rotate advancing each other there will be a torquing or a blue shift in the photon frequency as it squeezes the vacuum between. e. Companion galaxies are arrange along the lattice like spinning atoms with up and down spin in a quadrupolar or orthogonal configuration. Energy is exchanged between companion galaxies maintaining their inertial masses.
