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We all share a single photon in some theories. When time has no meaning, it can run through the whole universe in a strobe. Large correlated events need to exi
by _factor 2y ago
We all share a single photon in some theories. When time has no meaning, it can run through the whole universe in a strobe.
Large correlated events need to exist because smaller correlations do. It only makes logical sense if you try to remedy the movement / distance paradoxes.
There’s probably an information density limit, which is why far away galaxies will never have their information reach us after a certain point. They might as well not exist to us, because their information will never be useable in a correlated way.
- yetihehe 2y ago> It only makes logical sense if you try to remedy the movement / distance paradoxes. Time exists to prevent everything happening at once.
- nico 2y agoThis is a great way to explain it But, who/what wants to prevent everything from happening at once? Interestingly, it seems like that might be the missing piece Most mainstream physical models try to do away with us. To explain the world as if we weren’t in it. How things “really are”. But it’s an impossible thing to answer, because everything is mediated through our own human experience Hence, it might be better to include our role as observers/interpreters in the models
- spixy 2y agoHow does that single photon theory work with black holes?
- deleted 2y ago[deleted]
- _factor 2y agoIf we can prove entanglement still exists on a per particle level, hawking radiation is just a correlation fix that uses massive black hole lifetimes to reintroduce particles when they no longer affect the time ordering. Experiments showing photons “reversing” in time stop working through a black hole most likely.