2001Journal of Luoyang Institute of TechnologyRequires access

A Deduction of Lorentz Transform

Sun Meng

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Abstract

The Lorentz transformation equations directly form the postulates of special relativity.The first states that the lams of physics may be expressed in equations having the same form in all frames of reference moving at constant velocity with respect to one another.The second postulate states that the speed of light in free space has the same value for all observers,regardless of their stale of motion.The special Lorentz Transform in different inertial systems is derived from applying the principle of velocity of light changeless,and further the formula of Lorentz Transform in general case.

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The Lorentz transformation equations directly form the postulates of special relativity.The first states that the lams of physics may be expressed in equations having the same form in all frames of reference moving at constant velocity with respect to one another.The second postulate states that the speed of light in free space has the same value for all observers,regardless of their stale of motion.The special Lorentz Transform in different inertial systems is derived from applying the principle of velocity of light changeless,and further the formula of Lorentz Transform in general case.

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Available abstract

The Lorentz transformation equations directly form the postulates of special relativity.The first states that the lams of physics may be expressed in equations having the same form in all frames of reference moving at constant velocity with respect to one another.The second postulate states that the speed of light in free space has the same value for all observers,regardless of their stale of motion.The special Lorentz Transform in different inertial systems is derived from applying the principle of velocity of light changeless,and further the formula of Lorentz Transform in general case.

Key concepts: One-way speed of light, Lorentz transformation, Velocity-addition formula, Moving magnet and conductor problem, Inertial frame of reference, Classical mechanics, Special relativity, Physics

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