Re: GPS 'GR Correction' Myth.
Henri Wilson wrote:
Paul, here's an experiment for you to perform.
Synch two clocks on the ground. Send one into orbit. Measure its rate from the
ground. Leave it there for one month, then bring it back to base.
GR says both its reading and rate should be the same as the ground clock.
If it is not the same, GR must be wrong.
Do you agree?
Your ignorance is obviously incurable,
so an answer would be futile.
Paul
.
Relevant Pages
- Re: More Trouble for Relativity
... >> towards the orbit centre) the other OC moves in figure of eight path. ... Both clocks, A and B, are orbiting at the same speed and height, just above the ... Their speeds are such ... moving sinusoidally along a single axis, ...
(sci.physics.relativity) - Re: GPS CLOCK PARADOX
... per orbit and is in synch with the GCs. ... To make life easier and minimize the required correction, the clocks can be ... it was observed that atomic clocks sent into orbit ...
(sci.physics.relativity) - Re: The GPS GR Correction, put to Rest.
... >> rates in orbit the same as they were on the ground. ... Without the velocity term, the correction would be ... Three observers A, B and G, with identical clocks are positioned ... in that case the GPS clocks don't run slow due to their velocity. ...
(sci.physics.relativity) - Re: 1c+1c Closing Velocity of Light and Matter
... There is no reason why the two clocks should change by ... >> Is its orbit plane parallel to our LoS? ... There is little doubt Huygens is now broadcasting accurate time signals along ... Andro trusts clocks, so he suggested this short cut- perhaps ...
(sci.physics.relativity) - Re: GPS CLOCK PARADOX
... Henri Wilson) wrote: ... A simpler test is to check the clock rates at different orbit radii. ... between low-altitude orbiting clocks (at roughly ...
(sci.physics.relativity) |
|
