Originally Posted by
rodsky
As charged particles are pushed up near the present speed of light they grow heavier and more and more energy input is required to gain a smaller and smaller increment of increased velocity. At the Stanford Linear Accelerator (SLAC), electrons injected in the accelerator reach 99.999% of the velocity of light in the first few feet of travel, and then they ride traveling radio waves for two miles down a long evacuated pipe, gaining virtually no additional speed, but mostly acquiring mass (and therefore energy).
Faster than the Speed of Light?
-RODION
conclusion:
to travel time you have to be the same size and weight sa electron in order to speedup and reach approx 99.999% of velocity of light but unfortunately not even enough to surpass the speed of light which is required to successfully jump to another time...hehe