I am having trouble deciding between the difference and whether this difference really is real.
For example, quantum mechanics has indeterministic effects. The time at which an atom decays has a certain probability or an electron’s position after it goes through two slits. Presumably, this means that both of these things occur for no reason.
In other threads on this matter, I read the argument that if something occurs indeterministically, it doesn’t imply that it occurs for no reason. But I’m having trouble wrapping my head around this. If there is nothing in the world that can help me figure out exactly when an atom decays, and can only have probabilities, in what way could there be any reason (even if ”insufficient”) for it to decay at time t?
Even if there were only two possible times with a probability of 50% each, how can there be a “partial” reason for it to decay at time t1 instead of time t2? Furthermore, even if there was some god that somehow determined this, then that determination would be the reason. This would then ultimately function as a “non local” hidden variable theory.
Hence, in what way can something be not deterministic but also occur for some (insufficient) reason? I’m failing to see how they are not one and the same.
Lastly, I wanted to address the notion of logical contradictions in this concept. Are there any logical contradictions in the idea of singular atoms decaying at time t for no reason but a group of atoms decaying at an average time t for a reason? How does one show that this is logically possible in the first place?