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Re:New study simulates gravitational waves from failing warp... by JumpCrisscross on Monday July 29, 2024 @03:57PM (#41103234)
The simulation is an imaginary thing. It is simulating something that is not imaginary.

If I’m simulating a bug, it doesn’t make the bug imaginary. The simulation is immaterial. (I wouldn’t quite call it imaginary. Computers don’t imagine.) But I am simulating a real thing. If, on the other hand, I simulate a bug the size of Paris, I am simulating something imaginary.

All simulations are immaterial. But the things they are simulating can be real or imagined.

Re:New study simulates gravitational waves from failing warp... by itishappy on Monday July 29, 2024 @05:24PM (#41103950)
I understand, completely agree, and plan to continue digging myself into this pedantic hole anyway thank you very much.

Interesting that a difference of scale alone determined the nature of a thing! More interesting, perhaps, are the number of factors that aren't considered!

Would a simulation of a Peruvian ant on the Tibetan Plateau be real or imagined? What about a simulation of an ant after 20 years of climate change? How about an ant in space or experiencing the Big Bang?

On the other hand, is a simulation of a black hole real or imaginary? What about simulations of the history of the universe involving dark matter and dark energy?

I appreciate a sibling comment's (thanks marshray) suggestion that there exists a spectrum of theoreticalness. Theoreticity?

> the simulation in this paper is theoretical to a much larger degree than that of the teapot.

Re:New study simulates gravitational waves from failing warp... by Joker_vD on Tuesday July 30, 2024 @02:05AM (#41106430)
> If, on the other hand, I simulate a bug the size of Paris, I am simulating something imaginary.

Are you really sure about that?