28 Apr '10 22:02>
Originally posted by amolv06No he can't because if gravitons exist, they certainly go at c.
Can you provide a source for this?
Originally posted by amolv06Graviton speed
Can you provide a source for this?
Originally posted by sonhouseOh really?
No he can't because if gravitons exist, they certainly go at c.
Originally posted by amolv06How many sources do you want?
Can you provide a source for this?
Originally posted by uzlessSo they start by supposing that there exists a particle that moves at a constant speed that is greater than c to conclude that there exists a particle that moves at a speed that is greater than c.
Oh really?
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The Speed of Gravity in CPH Theory
According Relativity, nothing moves faster than light, and the speed of light is about c=3x10^8 m/s. So, the speed of gravity is equal c, in Relativity. When the spin of an electron changes, the spin of other electron does change instantaneo ...[text shortened]... n all inertial frames and any space
http://cph-theory.persiangig.com/E3-gravityspeed.htm
Originally posted by avalanchethecatIt could come from graviton self-interaction or graviton-graviton interaction. The result would be some kind of a very strong divergence, though.
I may be an idiot - I'm still struggling with idea of a graviton being subject to gravity.
Originally posted by adam warlockWouldn't that kinda mess with orbital dynamics though?
It could come from graviton self-interaction or graviton-graviton interaction. The result would be some kind of a very strong divergence, though.
Those articles are riddled with errors and mistakes and they ceratinly have nothing scientific in them.
If this crap is 21th century Physics, I'm out!
Originally posted by avalanchethecatIt's the other way round, just like Electromagnetic forces are mediated by a particle, the photon, if that theory of gravity is correct, the force of gravity is mediated by the particle called the graviton. So far just a theory, no gravitons have ever been detected and don't hold your breath on that one either. We are still trying to just detect gravitational radiation with no success after about 50 years of trying with various schemes, the latest design to be a series of satellites way away from Earth, like maybe at L1 or L2, something like that for orbital stability with not much need for propulsion but several probes all with laser beams connecting each one but a thousand Km apart to try to catch gravitational radiation. After you successfully do that THEN you can tackle gravitons. Like I said, don't hold your breath. But according to the theory, gravity doesn't control gravitons it's the other way round.
I may be an idiot - I'm still struggling with idea of a graviton being subject to gravity.
Originally posted by amolv06Oh you want scientific sources? Sorry, fresh out of those.
Let me rephrase: Can you provide any scientific sources backing your claim?
And seriously -- the first link? Some guys random thoughts? I wonder if you are intending on being sarcastic.