I never considered Einstein's to be a law. It was more of a theory to me. And we all know how theories are proven wrong in just a matter of time.
On the other side of the subject, provided that this things do travel faster than light, of what use will it be? We can't even match the speed of light.
P.S. There's a difference between light and sub-atomic particles, so even if Einstein's wrong (which is more likely anyways, he generalized his law to the universal level), we don't know if this sub-atomic particles are indeed traveling faster than light and are not being altered by some space-time distortion.
Why is everyone saying that he was wrong? E=MC² explains the observable universe and has done so since its discovery. Clocking things like elementary particles, especially neutrinos, in his day was something that you really couldn't do. It's only because we have our particle accelerators that we are able to obtain such information. To say he is wrong is incorrect because it still applies. So it's just a matter of his equation being incomplete rather then him being flat out wrong. Like his theory of General Relativity that refines what gravity is and how it interacts, his theory falls apart when encountering the subject of black holes...that's where quantum mechanics comes in. So they are trying to extend General Relativity so that it incorporates what Quantum Mechanic says to create a unified theory of everything. It could be that his Special Relativity needs the same attention from Quantum Mechanics to finish the job. He has always been right when it comes to the very big (planets, stars, galaxies, etc) but Quantum Mechanics deals with the very small (atoms, particles, etc). Einstein ftw!
Last edited by Einstein2.0; 09-26-2011 at 07:35 PM.
But again this is all irrelevant because this was most likely not tested in a vacuum space. And the difference is HUGE if its not in a vacuumed space.
Well I'd be inclined to agree with you but neutrinos don't interact with matter so it pretty much travels freely. Billions of neutrinos travel through the earth's crust with ease which is why almost all of the detectors for neutrinos are built underground where they would have less interference from other particles. Now light travels 186000 miles per second in a vacuum but it tends to be slowed down, even just the slightest bit here on earth. The fact that they clocked neutrinos on earth going faster then c (speed of light in a vacuum) means that it could potentially still go even faster in a vacuum. Either way I somewhat doubt a vacuum would make a difference being that neutrinos tend to not interact with its surroundings therefore having little influence.