- #1
Kenneth Boon Faker
- 26
- 4
Subatomic particles can take the form of a wave or a particle. While in wave form, it is not like a physical wave, but rather a probability wave, (i.e. a wave of information about where the particle is probably located etc.) And while in particle form, a photon, for example, can knock electrons out of atoms in a similar fashion to a coconut shy. This implies that whilst in 'particle form' a subatomic particle has a more solid aspect than whilst in 'wave form'.
My question is: Are there particular points at which subatomic particles shift from waves to particles? Do they keep shifting to-and-fro, in the sense of manifesting as a wave then as a particle, and back to a wave again? If so, how long can they spend at each phase?
I've read many times that only when you measure it, does a particle snap into definite existence at a particular location - but only at the point of measurement. I don't understand this. Does this imply that if a particle isn't measured let's say for an hour, then during that hour a particle must be a wave, which isn't an actual solid object? And only once it's been observed does it become the 'more solid' aspect? And at what point might it turn into a wave again?
How can this behaviour build up the physical world, which seems to be so constantly solid?
I know I've asked a lot of questions there, hope that's okay. I'm trying to firm up my knowledge about quantum mechanics.
Thanks in advance,
kenny
My question is: Are there particular points at which subatomic particles shift from waves to particles? Do they keep shifting to-and-fro, in the sense of manifesting as a wave then as a particle, and back to a wave again? If so, how long can they spend at each phase?
I've read many times that only when you measure it, does a particle snap into definite existence at a particular location - but only at the point of measurement. I don't understand this. Does this imply that if a particle isn't measured let's say for an hour, then during that hour a particle must be a wave, which isn't an actual solid object? And only once it's been observed does it become the 'more solid' aspect? And at what point might it turn into a wave again?
How can this behaviour build up the physical world, which seems to be so constantly solid?
I know I've asked a lot of questions there, hope that's okay. I'm trying to firm up my knowledge about quantum mechanics.
Thanks in advance,
kenny