Re: Light Speed
- From: "Jeckyl" <noone@xxxxxxxxxxx>
- Date: Sat, 7 Apr 2007 14:06:04 +1000
"N:dlzc D:aol T:com (dlzc)" <dlzc@xxxxxxx> wrote in message
news:15ERh.120120$115.17420@xxxxxxxxxxxxxxx
Dear Jeckyl:
"Jeckyl" <noone@xxxxxxxxxxx> wrote in message
news:131e0ckmo030l9b@xxxxxxxxxxxxxxxxxxxxx
"N:dlzc D:aol T:com (dlzc)" <dlzc@xxxxxxx> wrote in message...
news:w5DRh.154993$p17.38158@xxxxxxxxxxxxxxx
You can devise no experiment to measure a speed
of light, that is not a TWLS measurement. One way
or another, Nature requires this.
You can look for anisotropy...
Is it not possible to have two distant synchronized
clocks
Synchronization? By what method? If it is by TWLS signalling, the only
light speed measurement you can obtain is TWLS.
By setting then at the same time, then moving both to the appropriate
positions, with the same, but opposite motion.
in the same FoR, one at an emitter and one at a
receiver, and at a preset time emit a beam of photons and then record the
time at which the
photons arrive at the other end.
It is a classical TWLS setup.
How can that be two way .. it is only measuring from the emitter to the
receiver .. ther eis no two-way measurement there.
Same for any distance-based measurement, since distance is TWLS
established (and little different than a remote synchronized clock).
eh?
What would be make that impossible, or a TWLS
measurement?
All measurements of *speed* are based on distance. All calibrated
distances are TWLS established.
I can drive my car a certain distance without the need for TWLS :)
Are you saying it is impossible to know the distance between two locations
unless you use TWLS to calculate it?
.
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