Finite Quantum Gravity with the Cosmic Collapse of Discrete Aether

Science has long recognized that quantum field theory, QFT, is what determines the action of our microscopic reality. Photon exchange between matter particles leads to photon geodesic paths for the action of QFT. However, gravity is what determines the action of our macroscopic reality and the point-like attraction of gravity is inconsistent with QFT. The figure shows that the gravity attraction between quantum particles necessarily leads to to an infinite graviton exchange and therefore an infinite energy.

String theory adds many extra hidden dimensions to limit graviton exchange to a finite number, but there are an infinite number of string theories consistent with extra hidden dimensions. Since there has not been a single string theory, string theory has not been that useful as a basis for the problems of quantum gravity.

Discrete aether does not add any extra parameters or dimensions to limit graviton exchange to a finite number. Instead, discrete aether shows that the existing photon exchange bonds of particle to the universe provides a basis for quantum gravity as the figure shows. Gravitons are actually biphotons and therefore it is photon exchange with the collapsing universe that limits graviton exchange to a finite numbers.

 

Photon Geodesics

Photon geodesics connect emission and absorption actions between matter particles and between all bodies and the universe. Gravity is then not due to the photon geodesics between bodies, but rather gravity is then actually due to the photon geodesic shadows between bodies that just appears to be a gravity attraction between bodies. Since both charge and gravity are due to photon geodesics, gravity is then quantum and the quantum gravity shows typical quantum properties like superposition, interference, and entanglement.

The quantum gravity of photon geodesics follows gravity relativity since it is photon geodesics that make up space and time and gravitation lensing results from the interactions among photon geodesics, not really from gravity per se. Photon geodesic gravity is then all about the warping of photon geodesics, which is equivalent to the gravity warping of relativistic spacetime.

The means that the gravity that holds our body to Earth is due to the luminosities of our body as well as that of Earth and the luminosity of the universe. Science measures luminosity from the thermodynamic heat of all bodies, but Science does not yet associate that luminosity with gravity relativity. The association of gravity with luminosity of photon geodesics is the key to a quantum gravity that unifies all forces for the first time...

Quantum Gravity Biphotons

Another way to look at quantum gravity biphotons is to first consider the single photon transfer from an excited source to excite a phase-matched absorber ground state. As long as the source and absorber are close enough given the dephasing lifetime, a superposition forms between source and absorber. This superposition will collapse by dephasing the source and leaving the absorber excited or by dephasing the absorber and leaving the source excited. The superposition can also result in a chemical bond between the source and absorber and a new molecular ground state.

Although gravity appears to be an attraction between two bodies, quadrupole quantum gravity is a result the bonding of each of the bodies to the collapsing universe, not to each other. Quadrupole quantum gravity involves a complementary pair of photons, a biphoton, that bond each of the two bodies to the universe by a phase match that emits each photon. The gravity shadows between the two bodies is the scalar and vector gravity of quadrupole quantum gravity. Essentially, gravity is the pure collapse of the universe that shows up as bodies shadow each other's bonds to the universe.

The quantum gravity between each of the two stars of a binary involves not only scalar gravity, the only gravity of GR, but also vector quantum gravity. Binary stars therefore execute out-of-plane rosette orbits as a result of the combination of scalar and vector gravity unlike the planar orbits of GR binary stars.