You somehow managed to misunderstand me in completely opposite direction. I’m not talking about size of the universe, I’m talking about complexity of description of the universe. Description of the universe consists of initial conditions and laws of evolution. The problem with hidden variables hypotheses is that they postulate initial conditions of enormous complexity (literally, they postulate that at the start of the universe list of all coordinates and speeds of all particles exists) and then postulate laws of evolution that don’t allow to observe any differences between these enourmously complex initial conditions and maximum-entropy initial conditions. Both are adding complexity, but hidden variables contain most of it.
You somehow managed to misunderstand me in completely opposite direction. I’m not talking about size of the universe, I’m talking about complexity of description of the universe. Description of the universe consists of initial conditions and laws of evolution. The problem with hidden variables hypotheses is that they postulate initial conditions of enormous complexity (literally, they postulate that at the start of the universe list of all coordinates and speeds of all particles exists) and then postulate laws of evolution that don’t allow to observe any differences between these enourmously complex initial conditions and maximum-entropy initial conditions. Both are adding complexity, but hidden variables contain most of it.
My apologies