- #1
nomadreid
Gold Member
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One says that bosons do not interact with one another. However, the presence of a gravitational field, and hence of gravitons (bosons) (assuming they exist), changes the probability of where a photon (boson) appears, which is the same sort of interaction as two fermions, no?
And, the contrary: mass-energy tells space how to bend, and this bending of space is essentially the gravitational field, so isn't this an interaction of photons and gravitons?
And, the contrary: mass-energy tells space how to bend, and this bending of space is essentially the gravitational field, so isn't this an interaction of photons and gravitons?