Recent content by akaSmith
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High School How can a photon have frequency if time stops at light speed?
You can't ban a set of moving axes and I'm staying in the observer's frame.- akaSmith
- Post #19
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
Physicists are forced to conclude photons have zero rest mass because SR multiplies their mass by infinity using the Lorentz factor.- akaSmith
- Post #17
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
So you can't apply the Lorentz factor to give photons mass and they have no energy?- akaSmith
- Post #13
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
An inertial frame is a mathematical construct that moves at a constant velocity v. This can take any real value including c. You can't ban inertial frames that you don't like. Nor can you apply the part of SR you like and ignore the part that's nonsense.- akaSmith
- Post #9
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
Where does Einstein say in his 1905 paper that SR does not apply to light?- akaSmith
- Post #7
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
I'm not transferring into the photon's rest frame. I'm using SR's predicted time rate, as seen by an observer in their rest frame, not the photon's frame. Does the prediction work or not?- akaSmith
- Post #5
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
OK, let's talk about a light beam whose frequency has been measured. Does SR apply to the light or not?- akaSmith
- Post #3
- Forum: Special and General Relativity
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High School How can a photon have frequency if time stops at light speed?
How can a photon have a frequency? Anything moving at the speed of light is predicted to have a zero time rate, e.g. the frequency of a ticking clock would be zero. So no aspect of the light should change along its path - in the same way that no aspect of the moving clock would change. If...- akaSmith
- Thread
- Frequency Photon
- Replies: 23
- Forum: Special and General Relativity