- #1
ExecNight
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The question is;
In an experimental small universe, a photon is released from a source. It continues its path as a probabilistic wave function. if it interacted with mass, we could say the wave function collapsed and observe a particle photon hitting an object.
But what happens when the photon never hits with any mass(object) until it reaches the Schwarzschild radius of the source and can no longer transmit information to the source.
The photon never existed in our experimental universe then? A superposition that never actualized?
In an experimental small universe, a photon is released from a source. It continues its path as a probabilistic wave function. if it interacted with mass, we could say the wave function collapsed and observe a particle photon hitting an object.
But what happens when the photon never hits with any mass(object) until it reaches the Schwarzschild radius of the source and can no longer transmit information to the source.
The photon never existed in our experimental universe then? A superposition that never actualized?