I have a question. My meta-question is whether the question makes sense in light of what you said. (I like working in low-information conditions, downside being dumb questions.)
Wouldn't this still be a testable difference? If electrons can briefly store energy, you could send a steady stream of below-Planck photons. Standard QM predicts no spots on the photoplate, but you predict spots, right?
The answer to that is a firm "Maybe."
The question becomes - how do you create a steady stream of below-Planck photons? In the current model, photons are only emitted when electrons shift valence shells - these photons start, at least, as above-Planck.
Rhydberg's model (assuming I understand where he was going with it correctly) asserts that photons are -also- emitted when the electrons are merely energetic - black-body radiation, essentially. However, if your electrons are energetic, and at least 50% of all photons are being shared by the emitti...
Today's post, Tolerate Tolerance was originally published on 21 March 2009. A summary (taken from the LW wiki):
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