Quantifying Photons: How Many in a Given Space?

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Photons can occupy the same point in space simultaneously due to their nature as bosons, allowing for an unlimited number of them in a given region. This contrasts with fermions, like electrons, which are restricted by the Pauli exclusion principle, preventing more than two from occupying the same space. The discussion emphasizes the unique quantum properties of photons compared to other particles. The ability to have multiple photons in one location increases the likelihood of additional photons arriving. Overall, the behavior of photons in space highlights fundamental differences in particle physics.
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How many photons can you fit in a particular region of space at a point in time?
 
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a photon is taken to be a point particle
 
As many as you want.
 
Photons are bose particles so the more photons there are in one point the more chances of other photons getting there.
On the other hand, you can't have more than two electrons in the same point in space because of pauli's exclusion principle. (and because the electron is spin 1/2)
 
Ok, thanks for your answers guys.
 

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