2000arXiv (Cornell University)Open access

Special Relativity Physics Reinterpreted

Yong Gwan Yi

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Abstract

Based upon the aberration of starlight, an attempt is made to explain the experimental facts of importance concerning the special theory of relativity. The physical meaning, rather than mathematical formalism, is the center of attention in this attempt. It is demonstrated that the classical concepts of time and the velocity of light, in contrast to the currently accepted view, are more natural for describing special relativity physics. 1

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Based upon the aberration of starlight, an attempt is made to explain the experimental facts of importance concerning the special theory of relativity. The physical meaning, rather than mathematical formalism, is the center of attention in this attempt. It is demonstrated that the classical concepts of time and the velocity of light, in contrast to the currently accepted view, are more natural for describing special relativity physics. 1

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Available abstract

Based upon the aberration of starlight, an attempt is made to explain the experimental facts of importance concerning the special theory of relativity. The physical meaning, rather than mathematical formalism, is the center of attention in this attempt. It is demonstrated that the classical concepts of time and the velocity of light, in contrast to the currently accepted view, are more natural for describing special relativity physics. 1

Key concepts: Special relativity, Theory of relativity, Simultaneity, Physics, Theoretical physics, Contrast (vision), Classical mechanics, Classical physics

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