- #1
Boltzman Oscillation
- 233
- 26
My textbook explained that it would be hard to see the wavelength properties of a tennis ball because we would have to find a very tiny slit in which to pass the tennis ball through. The wavelength of the tennis ball can be calculated using debroglie formula: wavelength = h/p
I was wondering if a black-hole would show these properties since a black-hole compresses everything through an infinitely small hole (I think, I've never taken astrophysics).
I was wondering if a black-hole would show these properties since a black-hole compresses everything through an infinitely small hole (I think, I've never taken astrophysics).