this post was submitted on 05 Aug 2023
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One argument that might be made is that inconsistencies at the quantum level create an element of randomness that, while miniscule, could create massive cascading butterfly effects over the course of a large enough timespan. Whether those inconsistencies are enough to make more than a minimal difference in a single given lifespan is debatable at best, and the entire idea could be debunked if quantum physics was proven to be deterministic.
However, as it stands, we don't have accurate methods of predicting quantum behavior.
Honest question but does that change anything? We're on a one-way trip through time and the "dice" on each quantum event are only getting rolled once. The results may be probabilistic but they happened that way. The outcome is shrouded by randomness until it happens but that's the way it was always going to happen. Unless there are some supernatural forces that are outside of the quantum realm or some meaningful way to observe future events and react to quantum observations before they occur, reality will keep propagating as it always was going to unfold