On 1/12/2024 4:04 PM, Lou wrote:
On Thursday 11 January 2024 at 23:23:07 UTC, Volney wrote:
On 1/11/2024 4:42 PM, Laurence Clark Crossen wrote:
On Wednesday, January 10, 2024 at 4:28:05 PM UTC-8, Volney wrote:
On 1/10/2024 4:35 PM, Laurence Clark Crossen wrote:
As Lou said, "> You forgot. The time doesn’t change. The atoms resonant frequency beats faster at higher altitudes." - That's why it is set to a lower frequency.
And, obviously, Lou is wrong. As are you.
Says Volney as he pretends Relativity predicted anywhere near
the exact amount of 446 ms/day before 442ms/day was observed in
1977 by the first GPS sat.
Still no sign of any citations backing up your fantasy.
I already told you. The design spec for the NTS-2 satellite.
Happy googling. (I'm not doing your work for you)
So, you stand by your position that clocks in orbit are not affected by gravity? And, Newton mode is when you pretend Newtonian can't explain the different rate of the clocks in space because that is time dilation and not instrumental error as when a
pendulum clock is used in space?
Clocks in orbit are affected by relativity's Schwarzschild metric,
GM/rc². Gravity is also an effect of general relativity. So the answer
really is that clocks in orbit aren't affected by gravity
Yes. According to Relativity, clock rates and time dilation has nothing to do with gravity and GM/r. You could be floating inbetween 2 galaxies
and still measure clock gains of 446ms/day.
Nope. You'd be using the 'infinitely far' value, not that for the GPS
orbital height. Unless you'd want the wrong answer.
since both the
clock rate and gravity itself are effects of GR.
What’s this sloppy bad formula writing?.... GM/rc². !!
That *is* the Schwarzschild metric.
It should be the full version of the metric
Please next time type it out properly and in full please :D
GM/rc². Happy?
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