2014American Journal of Modern PhysicsOpen access

Siva’s Theory of Quantum Gravity

Siva Prasad Kodukula

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Abstract

With the help of ‘space time fluid’ concept and ‘Siva’s equation for space time & matter’ it is concluded that the space time fluid density of a mass varies with distance from its centre. Not only that ,space time density of any mass exists in its space time fluid vicinity will also be affected . An equation has been derived to explain the concept. Conceptual analysis of this equation concluded a new model of quantum gravity showing that the space time fluid which plays a major role in creating gravity effect and is quantized. There will be quantized energy levels of space time fluid around a mass. Their energy distribution depends on the distance from the mass. Particles with mass exist in a specific energy level only. If the energy level is not suitable to its mass, that particle will have a tendency to move either to lower level or higher level. And at the same time when a particle jumps from higher energy level to lower energy level, it loses energy and if it moves from lower to higher level it absorbs energy. This is similar to Bohr’s atomic theory.

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With the help of ‘space time fluid’ concept and ‘Siva’s equation for space time & matter’ it is concluded that the space time fluid density of a mass varies with distance from its centre. Not only that ,space time density of any mass exists in its space time fluid vicinity will also be affected . An equation has been derived to explain the concept. Conceptual analysis of this equation concluded a new model of quantum gravity showing that the space time fluid which plays a major role in creating gravity effect and is quantized. There will be quantized energy levels of space time fluid around a mass. Their energy distribution depends on the distance from the mass. Particles with mass exist in a specific energy level only. If the energy level is not suitable to its mass, that particle will have a tendency to move either to lower level or higher level. And at the same time when a particle jumps from higher energy level to lower energy level, it loses energy and if it moves from lower to higher level it absorbs energy. This is similar to Bohr’s atomic theory.

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Available abstract

With the help of ‘space time fluid’ concept and ‘Siva’s equation for space time & matter’ it is concluded that the space time fluid density of a mass varies with distance from its centre. Not only that ,space time density of any mass exists in its space time fluid vicinity will also be affected . An equation has been derived to explain the concept. Conceptual analysis of this equation concluded a new model of quantum gravity showing that the space time fluid which plays a major role in creating gravity effect and is quantized. There will be quantized energy levels of space time fluid around a mass. Their energy distribution depends on the distance from the mass. Particles with mass exist in a specific energy level only. If the energy level is not suitable to its mass, that particle will have a tendency to move either to lower level or higher level. And at the same time when a particle jumps from higher energy level to lower energy level, it loses energy and if it moves from lower to higher level it absorbs energy. This is similar to Bohr’s atomic theory.

Key concepts: Negative mass, Physics, Bohr model, Negative energy, Quantum gravity, Space (punctuation), Energy (signal processing), Quantum

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