>> all that complexity would have led to a gargantuan number of bugs and the universe would have crashed
> This has always seemed to me one of the best arguments against the simulation hypothesis.
Can you expand on that? Are you saying that if we were in a simulation, the observed complexity of the universe (or the complexity of particle physics) would have caused the simulation to crash? Ergo, we are not in a simulation?
My thinking is more that if it was a simulation they wouldn't make it so a single proton was so complex as to be almost impossible to simulate accurately. I mean is a simulation you might expect if to look like pixels or minecraft or something close up. Or maybe simple point particles. But I don't thing the equations describing a proton are exactly soluble and also the results very complex so the best you can do is a very approximate simulation.
>> all that complexity would have led to a gargantuan number of bugs and the universe would have crashed
> This has always seemed to me one of the best arguments against the simulation hypothesis.
Can you expand on that? Are you saying that if we were in a simulation, the observed complexity of the universe (or the complexity of particle physics) would have caused the simulation to crash? Ergo, we are not in a simulation?
My thinking is more that if it was a simulation they wouldn't make it so a single proton was so complex as to be almost impossible to simulate accurately. I mean is a simulation you might expect if to look like pixels or minecraft or something close up. Or maybe simple point particles. But I don't thing the equations describing a proton are exactly soluble and also the results very complex so the best you can do is a very approximate simulation.