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I don't think it's any more about the ability to measure and simulate than anything else related to quantum mechanics is. If you attempt to observe anything at

I don't think it's any more about the ability to measure and simulate than anything else related to quantum mechanics is. If you attempt to observe anything at that scale, you will create a black hole. Without a theory of quantum gravity, it's sort of nonsensical to talk about what happens at that scale of space-time.

djaque 7y ago
All of this is carried out in a classical framework though. You may be right that you need quantum at those scales, but that's not what this article is about. It's just talking about our ability to calculate the trajectories of classical bodies with precision. That, and chaos.