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(solution) Many subatomic particles (including the electron) behave as if


Many subatomic particles (including the electron) behave as if they were spinning around their axis. Empirically, the electron has a spin angular momentum h/4?, where is Planck?s constant. A simplistic model imagines the electron to be a spinning uniform ball. Other measurements indicate that if the electron really is a ball, its radius is less than 10?8m. Show that if the simplistic model were true, a point on the electron?s equator would be moving much faster than light. (A more sophisticated quantum-mechanical model of electron spin avoids this paradox.)

 


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Sep 13, 2020

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