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SimonA
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It appears more and more people are challenging the traditional interpretation of the Compton/Photoelectric Effects. Cramer back in 1986 used the Hanbury-Brown-Twiss effect to show that there is not a 1:1 correspondence between the emitted and dected quanta. You have to combine fractions of the two emitted quanta into one received quantum to make the effect work. My understanding is that he is suggesting that in between emission and detection there are only waves and therefore the concept of the photon is a direct result of the nature of the sites that the energy goes from and to (i.e. they are quantised) and this is how you get your units of energy (E=h nu).
I've now come across this site that challenges the conventional interpretation specifically of the Compton effect, that light is composed of particles, in favour of light being mediated by space-time itself -> http://www.electrodynamics-of-special-relativity.com/Compton-Effect
Why are the textbooks all so confident in things like the Compton effect being unquestionable evidence for the particle nature of light when so many people seem to be suggesting something very different is going on ?
Regards
Simon
I've now come across this site that challenges the conventional interpretation specifically of the Compton effect, that light is composed of particles, in favour of light being mediated by space-time itself -> http://www.electrodynamics-of-special-relativity.com/Compton-Effect
Why are the textbooks all so confident in things like the Compton effect being unquestionable evidence for the particle nature of light when so many people seem to be suggesting something very different is going on ?
Regards
Simon
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