- #1
DarioC
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You can blame Eddington for this one. I'm a retired electronics guy who now has time to read physics history and recent research also and am totally curious about the nature and most basic definitions of light photons.
Eddington mentions in one of his essays in the '20's about "a meters long" burst of light-wave radiation when a electron experiences orbital decay. I know there is recent information relating to the energy involved, but have found nothing on "pulse length/number of cycles."
My question is: If we had a probe that would do it, what does modern theory tell us, if anything, about the number of cycles of light we could observe at the passage of each photon of light from a single photon source?
http://www.sciencemag.org/content/326/5952/550.full
DC
Eddington mentions in one of his essays in the '20's about "a meters long" burst of light-wave radiation when a electron experiences orbital decay. I know there is recent information relating to the energy involved, but have found nothing on "pulse length/number of cycles."
My question is: If we had a probe that would do it, what does modern theory tell us, if anything, about the number of cycles of light we could observe at the passage of each photon of light from a single photon source?
http://www.sciencemag.org/content/326/5952/550.full
DC
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