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The transition rate of electrons from the first excited state of the hydrogen atom to the ground state is -10°/s. What is the minimum range of energies of the resultingphotons that are emitted? |
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Answer» I am writing a PAPER for a conference titled: The Nature of Light: What are Photons? It would be very helpful to obtain an idea about how this GROUP of SCIENTISTS visualize a photon propagating in a vacuum. There are no right or wrong answers. You can give either a detailed answer or merely choose one of the FOLLOWING four photon descriptions. A) The Copenhagen interpretation where a packet of energy DISCONTINUOUSLY jumps to form waves of probability. B) The de Broglie model where a packet of energy has a pilot wave which steers the packet of energy. C) A distributed electromagnetic wave which propagates in an empty vacuum. The particle property appears because the energy collapses to a point when absorbed. D) A distributed electromagnetic wave propagating like a quantized transverse sound wave in the quantum mechanical medium of highly energetic vacuum (zero point energy). The particle property appears because the energy collapses to a point when absorbed. |
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