4 ms·
Sort of, yes. It's hard to put reasons and interpretations behind all this, because in the end we just use formulas and numbers and check them in experiments.
by typothrowaway 8y ago
Sort of, yes.
It's hard to put reasons and interpretations behind all this, because in the end we just use formulas and numbers and check them in experiments. It's usually simpler that way.
Be aware that a longer wavelength means a lower energy. Frequency is proportional to energy, which is inversely proportional to wavelength.
- vbezhenar 8y agoCan we kill photon by increasing its wavelength too much? Like put him between two mirrors so they would eat its energy multiple times (without absorbing)?
- typothrowaway 8y agoNo, as far as I know, there is no limit to a photon's wavelength, so it will just keep on stretching.