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Saturday, November 16, 2024

Quantum Gravity As Hydrogen Bonded Universe Wavefunctions

In discrete aether, quantum gravity it is the interactions of photon geodesics that distort space and time in gravity relativity not really mass. It is the actually by measuring photon geodesics that Science concludes that time slows, space shrinks, and gravity lenses. All of these photon geodesics end up captured at the event horizons of blackholes and show the effects of gravity relativity instead of matter.

In discrete aether, quantum gravity comes from the overlap of each each body wavefunction with the universe wavefunction, not from matter gravity. Ordinary quantum bonding occurs between two hydrogen atoms while it is the complementary bonding of each hydrogen wavefunction to the universe wavefunction that forms the quantum bonds that result in the illusion of matter gravity between hydrogen atoms.


In gravity relativity, it is the geodesics of light photons that show the distortion of space and time by matter gravity, not by geodesic photon interactions. However, the discrete aether nature of quantum gravity means that the distortion of space and time in gravity relativity is not really due to the presence of matter gravity. Instead, it is the actually the interactions of photon geodesics of matter-universe bonds that show the distortion of space and time. 

In matter relativity, the Einstein tensor, Gmn, is proportional to the energy-momentum tensor, Tmn, as 

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Instead of the energy-momentum tensor of gravity relativity, it is the entirely equivalent matter-action tensor of discrete aether. Momentum is proportional to the second derivative of action with matter and potential energy is now just potential matter.


 

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