Arguments about God had come to a stall, when all sides of a debate agreed that a hypothesis of God is not falsifiable. But it is still a question whether hypothesis of a simulation is falsifiable or not.
How simulated Universe would be different from a "real" one? Some give an answer like "we couldn't know" and finish at that. But this approach is a way to lose opportunity to think. Suppose we can guess some properties of a simulation, what they would be? I'd say simulated Universe would have an informational nature. We can create informational models of real phenomena. But our models tend to have limitations brought to simplify calculations.
For example, we limit precision of calculations. Probably these can be detected from inside of a model.
We tend to resort to stochastic models in some cases. And quantum mechanics sees a lot of stochastic.
Physicists tend to talk about information like it is a real thing. I do not understand what they mean by that, maybe they just talk about logarithms of probabilities? But it looks weird... simulation like.
All this leads me to two questions:
1. Can we make some falsifiable predictions from a simulation hypothesis? Information in physics could be one of such predictions, but it is not, because we retrospectively explain it with a simulation.
2. Probabilities and information look to me as artefacts of a human mind's way to function, it is very strange that they pop up in quantum mechanics. Is it possible that they are not really real but a projection of our mind to reality?
How simulated Universe would be different from a "real" one? Some give an answer like "we couldn't know" and finish at that. But this approach is a way to lose opportunity to think. Suppose we can guess some properties of a simulation, what they would be? I'd say simulated Universe would have an informational nature. We can create informational models of real phenomena. But our models tend to have limitations brought to simplify calculations.
For example, we limit precision of calculations. Probably these can be detected from inside of a model.
We tend to resort to stochastic models in some cases. And quantum mechanics sees a lot of stochastic.
Physicists tend to talk about information like it is a real thing. I do not understand what they mean by that, maybe they just talk about logarithms of probabilities? But it looks weird... simulation like.
All this leads me to two questions:
1. Can we make some falsifiable predictions from a simulation hypothesis? Information in physics could be one of such predictions, but it is not, because we retrospectively explain it with a simulation.
2. Probabilities and information look to me as artefacts of a human mind's way to function, it is very strange that they pop up in quantum mechanics. Is it possible that they are not really real but a projection of our mind to reality?