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Angle Dependency of Special and General Theory of Relativity and the Relation to Classical Potential and Kinetic Energy in a Gravitational Potential

Azam Javid, Regina Rusch

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Abstract

At the beginning of the 20th century Albert Einstein developed the special and general theory of relativity and thus solved contradictions in classical physics. For example that the speed of light is finite. The theory of relativity is widely accepted. In the following, the length contraction and time dilation of special relativity are defined angle dependent with the angle. Moreover the gravitational time dilation and the gravitational length contradiction of general relativity are rewritten with an angle. The angles are associated in a fixed circle with the kinetic and potential energy of an object in a gravitational potential.

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What this paper is about

At the beginning of the 20th century Albert Einstein developed the special and general theory of relativity and thus solved contradictions in classical physics. For example that the speed of light is finite. The theory of relativity is widely accepted. In the following, the length contraction and time dilation of special relativity are defined angle dependent with the angle. Moreover the gravitational time dilation and the gravitational length contradiction of general relativity are rewritten with an angle. The angles are associated in a fixed circle with the kinetic and potential energy of an object in a gravitational potential.

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Available abstract

At the beginning of the 20th century Albert Einstein developed the special and general theory of relativity and thus solved contradictions in classical physics. For example that the speed of light is finite. The theory of relativity is widely accepted. In the following, the length contraction and time dilation of special relativity are defined angle dependent with the angle. Moreover the gravitational time dilation and the gravitational length contradiction of general relativity are rewritten with an angle. The angles are associated in a fixed circle with the kinetic and potential energy of an object in a gravitational potential.

Key concepts: Gravitational time dilation, Time dilation, Length contraction, General relativity, Physics, Two-body problem in general relativity, Theory of relativity, Gravitational energy

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