May 24, 2019
Gravity-Light Energized Waves; Gravity-Light Acceleration-Related Energy; Thermodynamic Regulation Gateways; black holes; Hawking Radiation
The key proposal within the discussed theory is that the quantum particles of gravity (gravitons) move faster than the accepted speed of light photons. Gravity is asserted as the smallest of all particles (known, undiscovered and never to be discovered) within all quantum and cosmological theory. Gravity particles are constantly interacting with other fundamental particles in order to maintain balance and order within the Multiverse. When gravity travels at the speed of light, it is both carrying photons and taking them to a speed where they are neither visible nor detectable: gravitons and photons travel together as Gravity-Light Energized Waves (abbreviated to GLEW, pronounced glue). That is, non-detectable photons travel faster than the asserted mathematical speed of light, expressed as c. When GLEW streams decelerate to the point where photons are travelling at a velocity that light becomes detectable, this is the point at which the Gravity-Light Acceleration-Related Energy (GLARE) threshold velocity is achieved.
As every GLEW stream travels faster than the speed of detectable light, gravity is centralised as both the restorer of and maintainer of cosmological balance and order. Such balance is maintained by the movement of dark energy moving between black holes: in this way, black holes act as Thermodynamic Regulation Gateways (TRGs). ...