Hairy munky wrote:
MasterOfTheVortex wrote:
Scientists put atomic clocks on space rockets to see if relativity was true, and found there is some empirical proof for it. They put one atomic clock on the ground, one on the rocket, set to exactly the same time, then launched the rocket. Because it was travelling so fast, time inside the clock slowed down, only by a bit, but when they came back down to earth, the clock in the rocket was 6 seconds behind the clock on earth.
Didn't they put one atomic clock on the ground and one on a tower and left it for a week and the clock on the tower was slightly slower than the one on the ground?
not that im away of...anyways, Light does not attract gravity. Also, Scientists have been able to get molecules CLOSE to the speed of light, but it impossible to reach an infinite mass, therefore impossible to reach the speed of light as anything but a photon or any other subatomic particle with a mass, or even get faster. As far as scientists are away, no particles can travel faster then the speed of light. When you take a look at the forumla for time dialation (which does work, its been proven, given by Albert Einstien) and u put in a speed faster then the speed of light, here is your result (the time dialation effect): here is the work for exactly C and C+1:
For exactly C
(1/sqrt(1-(v^2/c^2))) = (1/sqrt(1-(299,792,458^2/299,792,458^2))) =
(1/sqrt(1-1)) = (1/sqrt(0)) = 1/0 = no real answer (divide by zero)
For C+1
(1/sqrt(1-(v^2/c^2))) = (1/sqrt(1-(299,792,459^2/299,792,458^2))) =
(1/sqrt(1-1.000000006713)) = (1/sqrt(-6.67`3*10^(-9))) = no real answer (negative radical)[/u]
So, as you can see here, that it is IMPOSSIBLE to travel more then the speed of light due to the fact that the mass contraction of any object travelling a speed is M
f= M
i*(t
1) where t
1 is the time dialation calculation, so you can see that M
f = M*t
1, but, since t
1 is a non-real answer, it would then create a non-real answer, making it an impossible mass