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Does the Photon have a Radius in which its energy (hv) is contained?
The discussion centers on the concept of whether a photon possesses a defined radius that contains its energy, particularly in the context of particle-wave duality. Participants explore the implications of photon behavior during transmission between mass points and question the possibility of confining a photon within a specific area, especially in scenarios like parametric downconversion. The conversation highlights the complexity of measuring a photon's size and suggests that its radius may vary during flight, emphasizing the need for temporal considerations in such measurements.
PREREQUISITESPhysicists, quantum mechanics students, and researchers interested in the properties of photons and energy conservation in quantum systems.
Originally posted by jimmy p
do other waves or particles have a radius in which there energy is conserved? i shouldn't think that photons would if other particles or waves dont.
I'm inclined to think you will get several different answers to this. I would conjecture that the radius is continually changing in flight, and you would have to place an element of time in your question.I ask again, what is the radius of a photon in flight?..if any.