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> There is a (small) possibility that we are simply looking at this at a scale where all we see is macro effects. It would require the quanta to be much smaller than the Planck distance though.

How much smaller?



Many orders of magnitude. How many? I do not know, I don't think anybody does.

But photons resulting from the same event but with different energies arrive at detectors an appreciable distance away to all intents and purposes simultaneously, something that would not happen if spacetime were discrete at a level close to the Planck length. So it would have to be quite a big difference for an effect not to show up as a difference in time-of-flight.


Is the idea that the two photons would traverse slightly different voxels due to the lower frequency wave being more spread out?

What accounts for the expectation that they do not arrive simultaneously in a voxel-based universe?




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