- #1
Mike2
- 1,313
- 0
So...
If the mass of a fermion is dependent of the frequency of vibrations of extended objects such as strings or membranes, etc, then wouldn't this frequency (and thus the mass) be subject to gravitational redshifting just as photons are? So shouldn't string/M-theory be just as easy to test as the gravitational redshifting of photons?
If the mass of a fermion is dependent of the frequency of vibrations of extended objects such as strings or membranes, etc, then wouldn't this frequency (and thus the mass) be subject to gravitational redshifting just as photons are? So shouldn't string/M-theory be just as easy to test as the gravitational redshifting of photons?