THE INFORMATION PARADOX GAVE ME A GLIMPSE INTO the mechanism of different but current realities which led to the development of a type of mathematics blending trigonometric functions and a particular type of calculus which affords us the ability to calculate the discrepancy between reference points on rigid bodies and event mass probabilities.

Einstein was perhaps the first theoretical physicist that understood that a gravitational field could alter and stretch the passage of time.At the speed of light…if one were to master it on Earth, the passage of time around the time machine would appear to be infinitely faster. This is a general rule about the nature of time. It is not universal, and the time-state (or representation of concurrent positions in temporal coordinates is the product of the charge and mass of the particle divided by the distance between the ghost particle yet to proceed to its other but concurrent state and is ascertained by converting the measurement problem into a problem that describes the phenomena of masses under those governed by relativistic laws of gravitation.

To illustrate the principle before going any further, I’d like to demonstrate the important of mass in the equation. A black hole is a vortex exerting the transfer of momentum in both time and space; the law of angular momentum explains its shape, and the reason galaxies are spirals. Moving on, time-plane probabilities in accordance with the event mass probability are determined by objects of varying mass and can be considered the calculus of ever changing mass. This type of mathematics is necessary because of time dilation, a phenomena that occurs at certain instances between objects of greater mass and objects of smaller mass. This is because time dilation is taking place simultaneously at the same time, though the rates of time within the time dilation are not proceeding at the same rate, taking place between two bodies out of sync in time between two bodies in concurrent time planes. The mass of a time plane coordinate system in the manner of the idea that a man, foolish enough to jump into a black hole, experiences many different processions of temporal procession as he descends into the gravity well, each inch further changes the rate at which time precedes.

The further the astronaut gets to the center, as his legs are pulled faster due to their being more mass acting on the foot, the slower the events around him will become. If he were wearing a clock at 11:55 when he crossed the event horizon, as he passed through the concurrent time planes, due to the massive conservation of energy at the center of the singularity, the seconds on his watch would begin to take longer and longer to pass. And after he passes through the black hole, at infinite density, his clock would never strike midnight, ensuring that the last second before midnight took forever. In this he has ceased to exist in his own relative frame of reference, ceasing to exist as an event mass probability in the relativistic plane of the observation, and now contains a temporal signature in the photosphere to which the disassembled atomic structure of his body is transferred.

The probability factor of measuring the discrepancy between the two events, from the relativistic viewpoint of the spaceman on the astronaut’s ship, he would freeze in physical space before crossing the event horizon into the black hole. This transposition of calculating time-planes is the measure between the passing rates of time due to increasing mass and density and can be applied to the subatomic level.

When understanding the subatomic world, and the behavior of particles, I believe this transposition of particles is placed in two different time planes instead of two positions and I also believe that dilation mathematics can show this to an agreeable percentage. By calculating the time between its recurrence with the time-plane inhabited by the same particle in another position, the space between the two particles can be deduced to zero, a time plane inhabited by one particle in two positions is the essence of making sense of the transposition of subatomic particles in Cartesian coordinates. By calculating this, the time between its recurrence with the time plane inhabited by the same particle at another time, a plane that is the future of the same particle yet to have proceeded in its plane to move is a logical solution to the phenomena of a particle appearing in more than one place at the same time; linear events are the property of general relativity, not the non-linear dimensions of quantum mechanics.

When the particle in question is observed, the particle is entangled, not with another particle, but with a future it has yet to catch up with, giving rise to what I call the ‘ghost particle.’ To measure velocity, time mechanics can be used to calculate the rate of entropy based on mass and the vibration of these subatomic particles.

Quantum gravity will never be fully accepted because general relativity concerns itself with bodies of much, much greater mass. It is understood that biological function can be explained by the alteration of the center of mass by a person, causing them to exhibit the physical effects common to a further developed rate of temporal procession. The particle that is responsible for all particles–the leptons, the fermions, and the hadrons–is a particle created by energy during the first fluctuation of electrons into our continuum having originated from the universe of pure energy, the continuum of purely corrosive energy–the omnisphere. Energy’s transmission into mass takes place in a plane without an event mass, and therefore without a position in linear spacetime.

Once the graviton acquires mass at the center of a gravity well created by a supernova, it transforms into the ancestron–the ancestor from which the elementary and subatomic particles that we know have descended. At first it is a particle as a non-event mass, much like the Higgs boson, but acquires mass during the destruction of a sufficiently large star, which in turn leads to the opening of another section of four-dimensional space, which leads to the law of rearrangement–something we’ll come to in this course of essays. As energy and momentum are always conserved, and energy equals mass at the speed of light, the gravity well, structured by the force of angular momentum, acquires mass when the pull of the singularity becomes a super attractive graviton which transforms by the accumulation of particle constituents being broken down in the singularity.

By the transmission of energy, the speed of light becomes opposite to its projected path as it is pulled in by the singularity and there, something strange happens. The inverse pull of the superattractive graviton is pulling at an inverse speed faster than that of light and, once that is broken, the singularity opens a link between two photospheres within the omnisphere and quantum information leaks into one from the collapse of the other. When the graviton acquires mass and becomes the ancestron, before being broken by the inverse speed of light, it shifts into our photosphere and attains an event mass probability–which is a location in linear time.

It could also be argued that the genealogy of other particles could have descended in this manner but from a difference source. By considering space as warped and torn, we have already postulated that space has a physical fabric to it. The tearing of spacetime and ‘splitting’ of the ancestron is not only the origin of atoms as we know them, but the origin of particles we cannot identify due to our limited understanding of what holds space and time together. I’ve called these particles holdons, which act like nu-mesons in holding other particles together and, therefore, holdons and their electromagnetic attraction play a key role in the law of rearrangement–something we will be discussing shortly.

Photospheres, as I’ve said, finite but without boundary and exist as rotating mass between the non-space of the omnisphere, each ‘big bang’ creates a new universe, and the tunnel between them, before the tunnel’s evaporation, exists between the non-space of the omnisphere. It is also possible that the omnisphere is made of gravitons having manifested as energy, corrosive energy that enters into the autonomy of propagating photospheres by corrosive influence on the structure that holds these universes together.

When the conservation of energy divides the ancestron after its acquisition of mass, the disparate particles having ‘fragmented’ by the opening between photospheres, comprise the particles that we’re familiar with as the ancestron is a constituent particle, made of electrons, neutrons, quarks–all the atomic assemblage necessary to provide a logical origin to the phenomena of subatomic particles, which by the weak energy force clump together to form the first basic elements, such as hydrogen; as it emerges into the photosphere (our universe), it becomes an attractive element which results in the accretion disks of atoms which transform when the speed of light is reached and become hydrogen atoms.

Hydrogen atoms normally repel, but in confined quantum fields, they are brought together in increasingly fast wells of angular momentum; the energy gives mass to the core of circling atoms and it assumes an event-mass probability in linear time. The result of this, the reassemblage of particles being the perpetual force behind the elements, is the fusion of hydrogen into helium which led to the creation of the first stars. How did this miraculous transmission begin, and why is our universe expanding.

The most direct impetus to explain the expansion of our universe is the conservation of momentum that propagates between one photosphere to another. The conservation of momentum is an old but pervasive idea in explaining energy between one universe and its daughter universe, as the effect of the black hole is attracted by the superattractive graviton that begins with zero mass before it accumulates enough energy just before the black hole opens, tearing space and releasing the particles that hold space time together into our universe, however briefly, before they congeal into the boundaries between the photospheres.

The impetus behind the expansion of the universe is two fold. Now, in Einstein’s theory of relativity, nothing can move faster than the speed of light; and that’s the loop hole. Empty space can move faster than the speed of light when it’s being inflated by a diametrically opposed inversion process propagating light and matter into our universe. As I’ve found necessary to repeat, when a star of sufficient magnitude collapses into a black hole, the singularity becomes a non-event mass graviton and follows the same law of E = mc2.

The energy results in the transformative phase of the graviton, turning it into a constituent particle–the ancestron. The energy that results in gravitation in the universe inverse to ours, the universe whose impetus afforded our big bang, would assuredly lead to an expanding universe, as elements of the prior universe are being transferred into the newly seeded photosphere. This colossal amount of force and energy passes from Parallax (the universe inverse to ours whose collapsing star gave impetus to our big bang) would assuredly result in an expanding universe. The division of the ancestron (the first particle of mass) into constituent parts leaves me one more theoretical essay to begin considering, as I’ve hinted at–the law of rearrangement, my peace de resistance.

Accepting that the breaking of the ancestron leads to the scattering of the constituents of particles, we need a means by which they can be recombined to form the elements we are acquainted with. If it is accepted that the graviton, beginning as a non-event mass, acquires mass through the accumulation of energy at the center of a gravity well before a black hole opens, then we still have other considerations. What are the particles of torn space and how do they interact with the law of rearrangement? In the next section I will argue that these are holdons; holdons attach themselves to subatomic particles and by doing so attract other subatomic particles to allow for a reformation.

The torn fabric of space that is at the basis of this theory, I will argue, is resposible for the origin and the initial pairing together of constituent ‘bits’ that accumulate in atoms; which goes on to form elements, the first of which being always hydrogen; hydrogen is the first and lightest element on the periodic table and the first element to fuse into energy because the source of momentum is parallel, or inverse–whichever best conveys the idea.

The energy and angular momentum create the shape of the spiral following the golden ratio, a mathematical representation of the spiral and its physical dictates and it’s through this ‘tunnel’ that the transfer of disassembled matter and conserved energy is expelled into the daughter universe and the force remaining from the singularity that produced, having achieved infinite density, translates into an expanding universe with the initial acceleration afforded it by the conservation of the attractive force that imbues the ancestron with mass is conserved and then transferred into the momentum that accelerates into the expansion of the daughter universe through the tunnel between progenitor and daughter universe.

The connection between photospheres is the origin of gravitation; the weak nuclear force is at work as the tunnel between the photospheres dissipate as the attractive atoms reconstitute the fabric of torn space. In this view gravitation is created by the collapse of a star and exists initially as a particle without mass. It becomes a particle with an event mass probability after it has achieved the inverse speed greater than that of light and this is the ultimate catalyst that links photospheres together.