Consider a hydrogen atom, A, in the first excited state placed at a small distance from another hydrogen atom, B, in the ground state. Now, when A drops down to the ground state, it emits a photon which must have an uncertainty in its energy/frequency due to the energy-time uncertainty relation. And when this photon is absorbed by the other atom, B, the energy transferred also much have an uncertainty by the same principle. So how do we account for conservation of energy, when both the processes of emission and absorption have an inherent uncertainty in them? Is it not possible that there are small violations of energy conservation in each experiment, and that conservation works only on average over many experiments?
Subscribe to:
Post Comments (Atom)
-
cosmology - The difference between comoving and proper distances in defining the observable universe"The radius of the observable universe is estimated to be about 46.5 Gly." If I understand correctly, it means the most distant ob...
-
Are C1, C2 and C3 connected in parallel, or C2, C3 in parallel and C1 in series with C23? Btw it appeared as a question in the basic physics...
-
Everyone always talks about the efficiency of their appliances. I was wondering if everything was 100% efficient at heating its surroundings...
No comments:
Post a Comment