- #1
kurious
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If a particle has a wavelength greater than twice the scwarzschild radius
will it be unlikely to get into the black hole, just as a long wavelength photon isn't likely to get through a narrow slit? If this is true there is a possible explanation for the weakness of the gravitational force compared to the electric force- gravitons with a longer wavelength than photons are much less likely to fit into the event horizon of a proton, for example and so are less likely to be absorbed.What do you think - and don't just say protons don't have an event horizon - let's assume they do!
will it be unlikely to get into the black hole, just as a long wavelength photon isn't likely to get through a narrow slit? If this is true there is a possible explanation for the weakness of the gravitational force compared to the electric force- gravitons with a longer wavelength than photons are much less likely to fit into the event horizon of a proton, for example and so are less likely to be absorbed.What do you think - and don't just say protons don't have an event horizon - let's assume they do!