Quantum Gravity Inside of the Gravitational Well
Vladimir N. Leonov
Abstract
Vladimir N. Leonov
Abstract
Gravity is determined by the presence of a gravitational well around the gravitational mass. A gravitational well is a potential well that describes an inhomogeneous gravitational field of an energy gradient, a quantum density gradient of a medium, and a gravitational action potential gradient. The force of gravity is determined by the gradient of gravitational energy, the deformation vector of quantized space-time and the strength of the gravitational field. It should be noted that the force F of gravity is always directed to the bottom of the gravitational well in the direction of decreasing gravitational energy, quantum density of the medium and gravitational action potential [1-7].
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Gravity is determined by the presence of a gravitational well around the gravitational mass. A gravitational well is a potential well that describes an inhomogeneous gravitational field of an energy gradient, a quantum density gradient of a medium, and a gravitational action potential gradient. The force of gravity is determined by the gradient of gravitational energy, the deformation vector of quantized space-time and the strength of the gravitational field. It should be noted that the force F of gravity is always directed to the bottom of the gravitational well in the direction of decreasing gravitational energy, quantum density of the medium and gravitational action potential [1-7].
Key concepts: Gravitational field, Physics, Gravitational energy, Gravitational redshift, Gravitation, Gravitational potential, Speed of gravity, Gravitational binding energy