There is a ceiling though. A computer made of matter of one universe cannot simulate an entire universe at the same speed.
Right but we don’t know what the real universe’s limitations are, and I’m geostationary to speak too authoritatively of the capabilities of an arbitrarily advanced civilization.
I don’t think simulation theory is true. Eg calculating gravitational forces between everything in the universe would presumably be extraordinarily cost intensive, but essentially irrelevant (I mean like gravitational waves, not the moon).
Even though our knowledge of physics is incomplete, a VM running a faster simulation of its container would be a paradox. You could stack successive layers of reality that would go faster and faster reaching eventually Infinite processing speed, allowing the computer from the root layer to perform an Infinite amount of computation in a finite time.
You may say that this could be possible as our understanding of physics is lacking. And that’s fine! But I think this paradox shows that the VM can only run slower than reality
Right but we don’t know what the real universe’s limitations are, and I’m geostationary to speak too authoritatively of the capabilities of an arbitrarily advanced civilization.
I don’t think simulation theory is true. Eg calculating gravitational forces between everything in the universe would presumably be extraordinarily cost intensive, but essentially irrelevant (I mean like gravitational waves, not the moon).
Even though our knowledge of physics is incomplete, a VM running a faster simulation of its container would be a paradox. You could stack successive layers of reality that would go faster and faster reaching eventually Infinite processing speed, allowing the computer from the root layer to perform an Infinite amount of computation in a finite time.
You may say that this could be possible as our understanding of physics is lacking. And that’s fine! But I think this paradox shows that the VM can only run slower than reality