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Quantum Gravitational Energy Simplifies Gravitational Physics

Espen Gaarder Haug
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We show the simplest form with which one can express the gravity force, and that still gives all the same predictions of observable phenomena as does standard Newton gravity. This new form to express gravity, through quantum gravitational energy, requires less constants to predict gravity phenomena than does standard gravity theory. This alone should make the physics community interested in investigating this approach. It shows that gravitational energy, and other types of energy, are a collision-length in their most complete and deepest form. This is consistent with a recently published collision-space-time theory. While general relativity theory needs two constants to predict gravity phenomena, that is G and c, our new theory, based on gravity energy, only needs one constant, c_g, that is easily found from gravitational observations with no prior knowledge of any constants. Further, we will show that, at the deepest quantum level, quantum gravity needs two constants, c_g and the Planck length, while the standard formulation here needs c, h and lp. Thus our theory gives a reduction in constants and simpler formulas than does standard gravity theory. Further, it gives insight into the quantum aspects of gravity.
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Dates and versions

hal-03739599 , version 1 (27-07-2022)
hal-03739599 , version 2 (31-07-2022)
hal-03739599 , version 3 (01-03-2023)


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  • HAL Id : hal-03739599 , version 3


Espen Gaarder Haug. Quantum Gravitational Energy Simplifies Gravitational Physics. 2023. ⟨hal-03739599v3⟩
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