Authors: Michael Singer
In a particle accelerator charged particles radiate when they pass through beam-bending magnets that give them a centripetal acceleration. This is commonly put down to acceleration-induced radiation, but the fact that there are several different detailed theories to explain this phenomenon suggests that it is not well understood. In addition electrons orbiting a nucleus also have centripetal acceleration and do not radiate, so we have the problem that accelerating electrons radiate only sometimes. This suggests that it is not the acceleration per se that creates the radiation but some other factor that exists only in the beam-bending scenario. This paper goes further, and shows that the general concept of acceleration-induced radiation is a violation of the Principle of Conservation of Energy, so that in an energy-conserving universe another cause must be found for the radiation from accelerating charged particles where it occurs.
Comments: 7 Pages.
[v1] 2018-04-05 13:27:36
Unique-IP document downloads: 15 times
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