joekahr
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Sorry about that. I never tested on Android. Please try on a computer, iPhone or iPad.Ibix said:No - I did read the instructions before commenting.
The discussion centers on the derivation of the Special Relativity (SR) equation using a 'light clock' and how the orientation of the light clock affects the perceived time dilation. Participants emphasize that the emitter and detector must be at the same spatial location for accurate time measurement, as highlighted by @Office_Shredder. The conversation reveals that while the perpendicular light clock simplifies calculations, all orientations yield consistent results when accounting for length contraction. Ultimately, the observer's frame of reference is crucial in determining the validity of the light clock's setup.
PREREQUISITESPhysics students, educators, and anyone interested in the principles of Special Relativity and the nuances of time measurement in different frames of reference.
Sorry about that. I never tested on Android. Please try on a computer, iPhone or iPad.Ibix said:No - I did read the instructions before commenting.
They must. You could build an arbitrarily small bomb trigger that would go off if illuminated by all four pulses at once and not if only three or fewer pulses illuminate it. If all four pulses reach the center simultaneously in one frame they must in all, because whether the bomb goes off or not can't be frame dependent.Grasshopper said:Interesting that the light pulses always seem to intersect at the center.
Physicists are so dramatic — there's always got to be explosion of some sortIbix said:They must. You could build an arbitrarily small bomb trigger that would go off if illuminated by all four pulses at once and not if only three or fewer pulses illuminate it. If all four pulses reach the center simultaneously in one frame they must in all, because whether the bomb goes off or not can't be frame dependent.
Check out the videos of the "circular light clocks" linked from my earlier replyGrasshopper said:That's so cool. Interesting that the light pulses always seem to intersect at the center. That surely indicates some sort of symmetry. Maybe that length contraction applies evenly across the direction of travel.