- #1
Nick O
- 158
- 8
My question will probably be enough to make this obvious, but I should start by saying that I have not formally studied quantum mechanics, and I know little more about it than the wave equation as a function of x and t.
Does the inherently probabilistic nature of quantum mechanics have some (vanishingly small but nonzero) implication for macroscopic physics? That is to say, if I were to continuously drop stones for a Graham's Number of years, is there some incredibly small possibility that a stone might fall up or sideways for a moment before falling down?
Thanks in advance.
Does the inherently probabilistic nature of quantum mechanics have some (vanishingly small but nonzero) implication for macroscopic physics? That is to say, if I were to continuously drop stones for a Graham's Number of years, is there some incredibly small possibility that a stone might fall up or sideways for a moment before falling down?
Thanks in advance.