There is a conundrum in modern physics which may be more simple to resolve than at first glance. The problem has been to integrate gravity into the unified field. The problem it seems has not been so much a mathematical problem as a conceptual one. We know that energy and matter are interchangeable, so if we ignore matter in our thought experiment then we can easily determine what gravity is. For all bodies gravity acts as point source at the centre of the body. If we take a large mass like a planet and just view it as an energy field then we can see that its' gravity would be associated with the energy field. Then if we view an individual atom in space then we can visualize it as an energy field associated with a tiny gravity well. The gravity then is a point source at the centre of the atom creating a wave structure which diminishes by the distance squared. In other word the graviton is created at the centre of the atom by the presence of the energy field.

Gravity is very weak, but it has the peculiar characteristic to diminish by the distance squared, which makes its' influence felt, even if very tiny at great distances, as it never diminishes to an absolute zero in magnitude. In the case of a planet the energy field of the planet is the mass of the planet and the graviton drops to the centre of the collective energy field. The graviton then is both particle and wave and when various particles meet and create a body the graviton falls to the centre of the collective energy field. In every case with various bodies there is only one graviton as the graviton itself has no mass and is only the product of the energy fieled which creates a "dimple" in space time whose curvature is such that it appears to diminish with the distance squared. As it is also a wave the wave moves outward through the body and if we observe an individual atom it appears to have gravity, but this is due to the Heisenburg principle of uncertainty when you take the mas of the atom you see the gravity as a particle, but just as an electron can pass through two slits at the same time, there is only one wave. 

As a result of the true nature of gravity the unified field is really at hand. The problem has been that the researchers have been trying to reconcile gravity as a force, but it is not a force, but rather just the warpage of space time due to the presence of energy. If we take three discrete particles and observe them they each will have a separate mass and each has a graviton. If we then combine the particles into a molecule then they do not have separate masses, rather only a combined mass and now there is only one graviton at the centre of the molecule. The presence of the molecules energy in space time warps the matrix. The energy field is the gravity. The problem with thinking that gravity is a force started with Kepler who thought of gravity as a similar force to magnetism, which stuck. Magnetism, however is a dipole and gravity is a monopole. It has no preferred orientation like magnetism and no north and south poles. 

When we take gravity in it's extreme as in a black hole then we can more fully understand what gravity is. When the stellar mass of the black hole collapses it is due to the fact that the outward pressure of the nuclear reactions at the stars core ceases and can no longer resist the inward acceleration of the stars energy toward the centre of the star. The graviton then is observed as accelerating further into the centre of the star and the energy field collapses. When the energy collapses beyond the point where the neutrons combine with the protons of the individual atoms the energy field can no longer be considered to be of an atomic nature and the individual atoms then collapse into a generalized energy field. This energy field then chases the accelerating graviton as if it were travelling through space, but in fact it is accelerating towards a point of singularity which it can never achieve. Thus the acceleration of the energy towards the point of singularity never ends as always out paces the acceleration of the energy towards the centre of the star. The energy is always constrained by the speed of light, which it cannot exceed. 

Then there only three forces, the strong, the weak and electromagnetism. When we combine atoms then their combined fields warp space time due to the three force which bind them together. A body acts similar to a lens, but instead of light being focussed it is space time. The energy of the atom always wants to radiate outwards, but the nuclear forces and electromagnetism won't let them expand. The proton, for example is in a state of balance between the pressure of the energy pushing outwards and the binding energy of the strong force which holds them together. In a black hole the individual nuclear particles combine into a generalized energy field which bends space and time due to the fact that now the star has become a single particle and has so warped space time that even the speed of light is too slow to counteract the inward acceleration due to the strong force. 

For every discrete body there is only one graviton. The graviton always remains massless no matter how massive the body is. If we apply this principle to the Grand Unified Theory when the strong and weak forces combine, as in a black hole the graviton always remains separate and never unifies as it merely product of the unified forces as they warp space time to to their presence in the matrix. In a large body, such as a planet the graviton is a point source at the centre of the body and also a wave that travels through out space time instantaneously. When matter manifested at the first moment of the Big Bang the graviton came into existence as result of the matters' presence. When we remove a particle from a large mass and examine it we observe the position of the particle and thus the graviton. If we do not observe the particle the graviton does not exist in the particle, but merely is a wave of uncertain location. 

We can then re-write the gravitation equation as the sum of the combined strong forces of all the electromagnetically combined particles that make up the body. Gravity is not then a force, but rather the sum of the strong forces' trying to collapse the body to a singularity. What keeps the body from collapsing into a singularity is the outward pressure of the energy of the individual particles, just as in a star the outward pressure of the nuclear reactions at the core balance the inward acceleration of the strong force, which if unbalanced results in a black hole. 

How Does Gravity Work?


Brian Thomas Johnston

We know from Einsteinian physics that the presence of matter in space warps the spacetime matrix. This often depicted as a ball sitting on a piece of fabric. The ball depresses the fabric into a bowl shape and that is meant to convey the idea of how gravity warps space. In fact this model is completely wrong and gives the whole wrong idea of how the equations really work and what gravity is.

First of all space is nothing and so cannot warp. What the equations really say is that time slows down near objects with mass. As a result then it appears that space warped. This is caused by the fact that light when it passes through a region of greater time density, then it too slows down. When you are standing on the earth your feet are lower than your head and thus, closer to the center of the main mass, the earth. The time at your head is moving slightly faster than the time at your feet, that is why you stick to the ground. Gravity is not a force, or a particle. There is nothing in relativity that suggests that, but there could be particulate time.

We must then explain why time moves slower in the presence of mass. The standard idea is that matter warps space, so all matter has gravity. However, experimental evidence does not bear this out. There is no evidence that electrons, or neutrons are affected by gravity. In fact there is no evidence to suggest that any subatomic particle exhibits gravity. All atoms have been proven to be affected by gravity. What is more likely then is that gravity is something that the atom does. When the electron in a hydrogen atom “orbits’ the proton, there is a tiny segment in it’s orbital where the electron is shadowed by the proton. There is also a period where the electron shadows the proton, but the time that the electron shadows the proton is much smaller than when the proton shadows the electron. From the ratio between the masses and these periods we can derive Newton’s Gravitational constant. What occurs then between two atoms is that they get attracted strongly by the shadowing of the electron and then are repelled again when the electron reappears. This cause the atoms to ‘jitter’ but there is slight difference between the proton and electron shadowing that results in the atoms sticking loosely together. This what we call gravity.

Why then does this cause time to slow down?

From my previous paper ‘Bipolar Time, the Origins of the Expansion of the Universe and the Cosmic Magnetic Fields’:

The difference is that in the gravitational attribute of magnetism is caused by the revolution around the atomic nucleus and this has a tendency to wrap spacetime around the atom. On the other hand regular magnetism causes the electrons to cluster around one end of the atom, but still perform a revolution around the nucleus, but this is biased to one end of the atom. This is why normal magnetism is gravity are alike and can act like intense gravity under the right conditions. The wrapping of spacetime around the atom is very similar to Lense-Thirring in its effect, but on a very tiny scale,


Where C is the speed of light, r is the radius of the atom and M is the mass of the atom. If we apply this to 1 cubic centimeter of hydrogen attracting one another we find that the value for the gravitational constant is exact for for a gas of hydrogen atoms. The gravitational constant is in cubic centimeters, so we use hydrogen, the prime atom, as the base to find the gravitational constant. There are approximately  8.3955x10-5grams per cubic centimeter of hydrogen, therefore this is the mass used to find G. The diameter of the hydrogen atom is used as d and it is 1x10-10 meters. The speed of light, c, is in meters per second. C Cvi is  the growth rate of the random Fibonacci sequence and is equal to 1.1319882487943… So we have,

G=c2d2M/Cvi= 6.672EE-11




an = Fibonacci sequence

which is the same as the gravitational constant of 6.672EE-11. What we see then is the gravity is the product of the spiral outgrowth of the wrapping time around the atom caused by the electrons orbit around the nucleus of the atom. As the hydrogen atom is the basic type of matter in the universe, then all other types of matters gravitational force can be determined from this formula. it is the dragging of spacetime around the atom that causes gravity.

This explains the nuts and bolts of gravity, but it still does not completely explain the whole phenomena of gravity and existence. In his paper, “The Solar Matrix,” Robert Curry illustrates that the planets are arranged in their orbits along fibonacci progressions. As we saw above then this wrapping of spacetime around the atom then transfers this inertia to planetary orbits. This then results in the harmonic patterns that we see in gravity and the motions of planets and stars throughout the universe.

As was explained in my other paper, “Gravity,”  To the atom “observing” the other atom it appears that there is a hole in the electron cloud. It cannot “see” the hole but it can “feel” the hole, thus what is created is a virtual hole. The atom thus reacts to the other atoms just like they did have holes in them. However, as the holes are not real then the atoms cannot pass through the holes. However the Schrodinger equation for the position of the atom does allow the atom to move through the virtual hole. Once the proton from the other atom falls through the virtual hole, which is repeated by the other atom, the two atoms are weakly bound to one another…. An electronics engineer will understand this concept well as the same principle is used in the tunneling Diode that allow the wave of the electron to pass through an impenetrable barrier, while the electron itself does not. The massless wave passes through the barrier and then becomes a particle.

Tsagas’ theory of magnetism stiffening spacetime is on the correct track. What happens then is that as the magnetic field lines become more dense they cause light to slow down. Light slows down in any dense medium. When light is refracted in glass it is due to the fact that light travels more slowly within the lens when compared to the relative vacuum outside the lens. In essence then time travels more slowly inside a lens than item does outside the lens as the only thing that we can actually measure the passage of time is by the speed of light. This is origins of gravitational lensing. The density of the magnetic field lines grows proportionally to the mass present at any given location in the universe. The mass must, however be fully atomic, or it does not produce gravity. In the spaces between galaxy clusters as revealed by the most recent surveys of Galactic Superclusters, The gas outside the cluster is more dense than the gas within the cluster. Astronomers have not been able to detect this gas previously as it is too hot and so is completely ionized with the protons and electrons existing as separate particle in a swarm. This however, still produces gravity even in this state there is electron shadowing through the swarm of particles. Also, as explained in the series of papers on Mexican Hat potentialities found in nature spiral galaxies are not turlu spiral in nature at all, but rather are surrounded by a dense ring of matter that makes the galaxies spin like mexican hat potentialities and thus negating the need for their dislike rotations as a product of unseen dark matter. Dark matter is merely mostly highly ionized hydrogen gas. With 74% hydrogen and 26% helium which is the leftover byproduct of the Big Bang. The gas between the galaxy clusters has not had time to cool down and what we see in the cosmic weblike structure is the bubbles of hot gas condensing at their cooler edges.

We now then confidently state that what we experience as gravity is two fold.. The first being that gravity created between atoms due to the quantum fluctuations caused by the imbalance between proton and electron shadowing. This then results in intensified magnetic field lines that create an increase in the field density proportion to the mass propagating outwards by the standard rule of magnetism that diminishes by the distance squared. This propagation propagates outwards as well along the pattern of the fibonacci spiral as revealed by the root of Newton’s gravitational constant found in the formula above.

How does gravity work then?

The atoms clump together due to tiny imbalances in their magnetic field, which then causes the magnetic field lines to increase proportionally. This then creates an increase in general field density and as light passes through it it is refracted. Refraction is caused by light slowing down in denser mediums and this causes then the lensing effect that see. The bowl example is not correct and probably has lead many in the wrong direction as to what gravity is. Nothing is bent, it is just light slowing down and so around a massive object time slows down. It just appears that space is bent and from the outside it looks like space is pinched. That, however is an illusion created by the increased density of magnetic field lines. And. that is how gravity works in all its manifestations. However in our experiments in the production of the Microwave Superparticle showed that a a boundary region was created. This means that spacetime waves move towards the observer on the right hand side and the waves move away from the observer on the left hand side.