![]() ![]() For example, one mass moves towards another mass because it travels through space and time that is warped to make the masses travel towards each other. The effect of gravity is a distortion of space and time by masses and energy. The radius of this sphere is the radius of curvature that characterizes the modes.Įinstein theorized in 1915 that Gravity is not a force derived from a potential that acts across a distance. If a sphere is fitted to the space-time curvature produced by the Sun, it would need a radius equal to the distance light travels in 5 days and 3.5 hours. Even the Sun with its huge mass produces only a slight curvature in space-time. The reason we don’t feel or hear the space-time curvature modes is that the curvature is very slight. Space-time in most of the Universe is only slightly curved. It is not valid in the vicinity of Black Holes, Neutron stars, or similar objects. This derivation is only valid for slightly warped space-time. The space-time curvature modes are modes of a description of the vacuum. The space-time curvature modes are modes of the curvature of space-time itself. The Electromagnetic Field modes exist in space-time. The space-time curvature modes called gravity Phonons are different than the Electromagnetic Field modes which also have quanta called Photons. Only curved space-time has modes and mode quanta that can interact. Flat Minkowski space-time does not have modes or quanta. Since light does not interact to first order with isotropic Minkowski space, an Earth-like mass is used to warp space-time and facilitate the interaction of the light wave and the space-time curvature modes. The Eigenfunctions are linear functions of the components of the tensor that describes the curvature of space-time. The eigenvalues of these equations are radii of curvature, not energy. Both a Schrödinger and a Second Quantized representation of the space-time mode quanta are derived. A Quantum Mechanical model of the space-time modes is obtained. The space-time curvature modes are derived from Einstein’s Field Equation in the limit of slightly warped space-time. Photons, Phonons, Gravity, General Relativity, Space-Time, Radius of Curvature, TensorĬonsistent with Einstein’s description of the effect of gravity being a distortion of space and time, a model of space-time curvature modes generated by a light Photon is derived. ![]() Both a Schrödinger and a Second Quantized representation of the space-time curvature mode quanta are calculated and are fourth rank tensors. Consistent with Einstein’s theory, a model of space-time curvature modes and associated curvature quanta in slightly warped space-time generated by a light Photon is derived. It is a distortion of space and time in which we live by masses and energy. Received: OctoAccepted: DecemPublished: December 18, 2020Įinstein theorized that Gravity is not a force derived from a potential that acts across a distance. This work is licensed under the Creative Commons Attribution International License (CC BY 4.0). Copyright © 2020 by author(s) and Scientific Research Publishing Inc. ![]()
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