Quantum Gravity

Aatucagg believes that quantum gravity released by atoms pings the fabric of space, which then creates gravity waves that interact with light. High energy quantum gravity is radiated by electrons in the inner orbits of the atom and low energy quantum gravity is radiated by electrons in the outer orbits of the atom. This is opposite to how photons are radiated since high energy photons are radiated by electrons in the outer orbits of the atom and low energy photons are radiated by electrons in the inner orbits of the atom. Photons are radiated as a 2 dimensional electromagnetic transverse wave and quantum gravity is radiated as a particle into the 4th dimension. We can study the electromagnetic wave of light since it is part of the fabric of space in which we exist, but we can not study quantum gravity since it passes through the fabric of space in which we exist. We can, however, study the gravity wave produced by quantum gravity as it passes through the fabric of space and into the 4th dimension beyond our existence. The gravity wave is a very weak wave since it is produced at a single point where the quantum gravity coincides with the fabric of space. Light on the other hand, coincides with space at every point as it propagates and therefore produces a much stronger wave. Do not confuse the gravity wave with the warping and twisting of space by matter. Matter warps and twists space towards a 1 dimensional configuration. Gravity waves create a wave that oscillates the fabric of space into the 4th dimension. The affect of matter warping and twisting space is observable at every point of space where the warping and twisting occurs. This means the affect of space being warped and twisted by matter can be large and observable. It is the wave in the fabric of space, regardless of warping or twisting, that is small and hard to observe. Where there is more matter, then more quantums of gravity will be radiated into the 4th dimension by the atoms that make up the matter, which will in turn produce more gravity waves. This means that the more dense the matter, the more quantums of gravity will be radiated by the electrons of the atoms that make up the matter, and the more gravity waves will be produced by the quantums of gravity interacting with space as they pass through on their way into the 4th dimension, leaving behind an oscillating fabric of space. The analogy can be thought of as the surface of water. If we consider the space in which we dwell to be the surface of the water, and everything above and below the surface of the water is beyond our ability to experience it, this would represent our situation with respect to the surface of the universe. The surface of the water is like the fabric of our universe. Everything above and below the water is like the 4th dimension. The 4th dimension is the space in which the surface of the universe can expand or contract. In the case of the water, the space above or below the surface of the water is the space in which the water can rise or fall. In the example, only waves existing on the surface of the water can be measured, just as only waves existing on the fabric of space can be measured. Light travels completely within the fabric of space. In terms of the example, this would be like a wave that causes the water to oscillate side to side without causing the water to rise or fall. So in the example, light would cause water on the surface to move back and forth but not up or down. Quantum gravity, on the other hand, is like dropping a pebble into the water. Since we can only experience the surface of the water, then we can not experience the pebble above or below the surface of the water. In this case, the pebble represents a quantum of gravity. We can only experience the pebble for a single instant as it passes through the surface of the water, but we can not experience the pebble as it sinks through the water. What we can experience and measure is the affect the pebble had on the surface of the water as it passed through. In this case, the pebble will produce a wave that causes the water to rise and fall. This gravity wave of rising and falling water will be at 90 degrees to the light wave moving side to side. Relating this example to reality, light waves moves through 3 dimensions of the fabric of space. Gravity waves oscillate the 3 dimensions of the fabric of space through which light waves travel. Therefore, we can measure gravity waves by measuring its affect upon the light waves.