There are a couple tricks one could use like having some parts of the simulation skip steps in less important areas, simulating different parts at different times in the host world and only syncing them back together when necessary, which would end up being invisible to those inside, as well as the simulation not running in real time, where it might be running slower or inconsistently in the host world, while inside the people see it as stable and not slow.
Not that I’m claiming it’s true; it’s simply an interesting thing to think about and ways around processing speed issues. If humanity ever makes a simulation of even a small universe, I imagine some of these tricks that are smoothed over in that universe would be used, since it can look messy from the outside but look normal on the inside.
You’re, of course, right about simulation speed not necessarily having to match host universe speed, but an issue you can run into is that your universe experiences heat death before anything interesting happens in the simulation.
I’m extremely skeptical of in-universe physics hacks not being observable. What does it mean for an area to be less important when we can look up at the sky and observe tiny little photons from the beginning of time (almost)?
I mean more that things people in a simulation can’t observe with great detail yet won’t be simulated with great detail until they can see that kind of detail, and by then, I assume technological advancements in the host world would have improved hardware to run on that allows that kind of detail to be simulated in a reasonable amount of time. Plus there’s also the ability of the host world to edit the simulation so that things that weren’t simulated in great detail when observed by people in the simulation before retroactively was changed, so that people inside always were able to see things in great detail in their memory, history, and other forms of knowledge from their points of view, but from the outside, things inside were changed minimally to make them consistent with any retroactive simulation conflicts. Not in a dystopian way, mind you, just in ways like “this very star was actually always a few light years away from its current position in the sky”, like small technical details that are smoothed over in the internal history as seen by the simulation inhabitants to match up with other parts of the simulation.
There are a couple tricks one could use like having some parts of the simulation skip steps in less important areas, simulating different parts at different times in the host world and only syncing them back together when necessary, which would end up being invisible to those inside, as well as the simulation not running in real time, where it might be running slower or inconsistently in the host world, while inside the people see it as stable and not slow.
Not that I’m claiming it’s true; it’s simply an interesting thing to think about and ways around processing speed issues. If humanity ever makes a simulation of even a small universe, I imagine some of these tricks that are smoothed over in that universe would be used, since it can look messy from the outside but look normal on the inside.
You’re, of course, right about simulation speed not necessarily having to match host universe speed, but an issue you can run into is that your universe experiences heat death before anything interesting happens in the simulation.
I’m extremely skeptical of in-universe physics hacks not being observable. What does it mean for an area to be less important when we can look up at the sky and observe tiny little photons from the beginning of time (almost)?
https://www.researchgate.net/publication/232062849_Constraints_on_the_Universe_as_a_Numerical_Simulation
I mean more that things people in a simulation can’t observe with great detail yet won’t be simulated with great detail until they can see that kind of detail, and by then, I assume technological advancements in the host world would have improved hardware to run on that allows that kind of detail to be simulated in a reasonable amount of time. Plus there’s also the ability of the host world to edit the simulation so that things that weren’t simulated in great detail when observed by people in the simulation before retroactively was changed, so that people inside always were able to see things in great detail in their memory, history, and other forms of knowledge from their points of view, but from the outside, things inside were changed minimally to make them consistent with any retroactive simulation conflicts. Not in a dystopian way, mind you, just in ways like “this very star was actually always a few light years away from its current position in the sky”, like small technical details that are smoothed over in the internal history as seen by the simulation inhabitants to match up with other parts of the simulation.