Then it gets a bit tidier again. But you will be called a loon, and with some justification.
(,
Tue 15 Apr 2008, 16:13,
archived)
I think in the end I mostly agreed with Bohm. And this just reminds me how much I've managed to forget in just a couple of years.
(,
Tue 15 Apr 2008, 16:19,
archived)
is that you assume something totally ridiculous at the outset to justify a result you know to be true. I like it but I don't really believe it for a moment.
Unless I'm meaning something very different by the Bohmian approach but I don't think so. You arbitrarily change you potential and then recover Schroedinger's equation, right?
(,
Tue 15 Apr 2008, 16:27,
archived)
Unless I'm meaning something very different by the Bohmian approach but I don't think so. You arbitrarily change you potential and then recover Schroedinger's equation, right?
I remember very pretty drawings showing that instead of a probabilistic approach, you can show deterministic paths for particles diffracting through a slit.
Where basically, the path of the particle is determined by exactly which part of the slit it passes through, under the influence of some kind of 'quantum force field'.
(,
Tue 15 Apr 2008, 16:31,
archived)
Where basically, the path of the particle is determined by exactly which part of the slit it passes through, under the influence of some kind of 'quantum force field'.
I like it and in the unlikely event that I ever have to teach people quantum mechanics that's how I'll start it off, but personally I don't take it very seriously although there are people who do. I also don't take the many-worlds nonsense at all seriously although there are people who do.
I pity anyone I'll ever teach quantum mechanics to.
(,
Tue 15 Apr 2008, 16:35,
archived)
I pity anyone I'll ever teach quantum mechanics to.
I think the best we can really do is be pragmatic, use the formulas that we know work brilliantly, and leave the interpretation to philosophers.
I can't really see us being able to distinguish between them experimentally.
(,
Tue 15 Apr 2008, 16:40,
archived)
I can't really see us being able to distinguish between them experimentally.