Einstein was right, nothing CAN go faster than the speed of light!
Physicists at a nuclear research facility in Cern (today) astounded the world with the results of an experiment showing atomic particles called "neutrinos" challenging our understanding of the universe by seeming to travel faster than the speed of light.
Look at this from a layman viewpoint. For something to move, it (usually) must take the place of something else which is occupying the place it wants to move to.
In other words, something must move away BEFORE something (else) can move in.
Well then it's a no-brainer. If something moves at the speed of light, the instruction (to get out of its way) will have to go a bit faster than the speed of light, wouldn't it.
Perhaps the neutrino is really just an instruction, a space (nothing) for a particle of matter to move through or into?
In that case Einstein was right, "Nothing CAN travel faster than the speed of light".
Wonderful stuff but I'm still trying to work out how anything can move at all.
I mean, if we believe in particle matter the smallest particle must be indivisible, but how can an indivisible particle move in any direction without dissecting itself?
I think I'll stick to the crossword.
Ian (smile)



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