April 24, 2019
This is a potential simulation of reality, in which I have assumed that everything in the universe is basically a photon, and that their behavior is just so counterintuitive that it is not obvious how they could behave as, for example, an electron. One way to do this, which also might work even if everything is not made of photons, is to imagine that the probabilistic nature of different attributes (such as location and momentum) are really a manifestation of the fact that the photon is made of one or more point-like particles that travel at many times the speed of light, but do so with so many random steps that the odds of them traveling any significant distance at more than the speed of light becomes negligable, and they effectively behave more like a "cloud" than a single particle, which is effectively the wave-function that is already well established. I could go on like this for a long time, but this simulation tests what would happen if a particle moved around in random steps as outlined above. Note that I'm not a physicist, so all of this is based on my very incomplete understanding of quantum behavior, and so it could all be nonsense. However, it is an interesting exercise in and of itself.Reality
January 29, 2019
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