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SPECIAL RELATIVITY - Stony Brook University

SPECIAL RELATIVITY . (Einstein 1905). Motivations: Explaining the results of the Michelson-Morley experiment without invoking a force exerted on bodies moving through the aether. Make the equations that describe electromagnetism (called Maxwell's equations) simple and symmetrical in all reference frames, independent of whether the frames are moving or not. [Note: some material in these notes is courtesy of D. Watson and M. Begelman]. SPECIAL RELATIVITY . (Einstein 1905). Based on two postulates: The RELATIVITY PRINCIPLE: the laws of physics are the same in all inertial frames. The CONSTANCY OF THE SPEED OF LIGHT: the speed of light, c=299,792 km/s, is the same for all inertial observers, independent of their velocity of motion relative to the source of light.

Make the equations that describe electromagnetism (called Maxwell’s equations) simple and symmetrical in all reference frames, independent of whether the frames are moving or not. ... as in classical mechanics. Note: v1 never exceeds c. Note: velocities can be positive (towards east in this example) or negative (towards west) Chuck

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