Tuesday, May 7, 2024
One Way Measurement of the Speed of Light
The experimental setup (see diagrams next page) requires two clocks A and B that have similar mechanisms which include memory, capability to transmit and receive timestamped encoded of light signals. The clocks are kept at a constant distance relative to each other which can be tested using the time of flight in two-way measurements. Light signals will be timestamped since the information encoded in timestamps are independent of measurements of time of flight.
There is no prior requirement to synchronize the clocks.
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You need to feed your AI https://en.wikipedia.org/wiki/One-way_speed_of_light esp. #Experiments_which_claimed_to_use_a_one-way_light_signal and all the references.
ReplyDeleteAKA - that is just another one that 'thinks' it's a one-way measurement, but in the synchronization of the clocks, establishes the two-way relative paths with each other. I don't think one can do the measurement with a single-shot experiment either.
DeleteThank you for your comment but this a chapter of a book I wrote over a decade ago. The experiment is derived rigorously from the axiom set of QGD which you can follow in my book Quantum-Geometry Dynamics. No AI involved,
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