2010Journal of Beijing Information Science & Technology UniversityRequires access

Mathematics equations of relativity

Yang Yuan

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Abstract

This paper deduces and shows Einstein's special relativity and general relativity by applying mathematics equation's form.Ideas expressed in relativity are explicated in detail,such as constancy of light velocity equation,relativistic mechanics basic equation,mass-energy equation and Einstein's gravitational field equation,which explain length contraction,time dilation,light defection,gravitational red shift and black hole.Thus,the basic elements of Einstein's relativity have been interpreted by a simple formulas way.

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What this paper is about

This paper deduces and shows Einstein's special relativity and general relativity by applying mathematics equation's form.Ideas expressed in relativity are explicated in detail,such as constancy of light velocity equation,relativistic mechanics basic equation,mass-energy equation and Einstein's gravitational field equation,which explain length contraction,time dilation,light defection,gravitational red shift and black hole.Thus,the basic elements of Einstein's relativity have been interpreted by a simple formulas way.

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Available abstract

This paper deduces and shows Einstein's special relativity and general relativity by applying mathematics equation's form.Ideas expressed in relativity are explicated in detail,such as constancy of light velocity equation,relativistic mechanics basic equation,mass-energy equation and Einstein's gravitational field equation,which explain length contraction,time dilation,light defection,gravitational red shift and black hole.Thus,the basic elements of Einstein's relativity have been interpreted by a simple formulas way.

Key concepts: Time dilation, Theoretical motivation for general relativity, Theory of relativity, Gravitational time dilation, Two-body problem in general relativity, General relativity, Classical mechanics, Physics

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