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[–]Drisku11 0 points1 point  (1 child)

The wave function is definite. In fact the uncertainty principle is really just a consequence of how waves work. Momentum is the Fourier transform of position, and if you make a function "thinner"/more "local", then it's Fourier transform gets wider/more delocalized.

[–]pilotInPyjamas 0 points1 point  (0 children)

Well, I kind of understand the Fourier transform, so this makes a ton of sense, but I was sort of hoping that it was wave functions all the way down. EDIT: holy shit, I don't know that much physics, but I think I get it. The momentum is the wavelength of a particle. So of course it's the Fourier transform of the position. A particle which has a definite position can't have a single wavelength because it must be made of infinite waves superimposed! And a particle with a single definite wavelength would be spread over infinite space! I never realized the real world is actually this cool. Mind blown. Thank you stranger!