Speed-of-light experiments yield baffling result at LHC

If you can send data a little into the past, compute something, then send the result back to the beginning, you can do an infinite amount of computation in a finite amount of time, just by reusing the same time over and over again. https://secure.wikimedia.org/wikipedia/en/wiki/Closed_timeli...

edit: OK, this blows my mind (from https://secure.wikimedia.org/wikipedia/en/wiki/Tachyon#Speed):

It has been argued that we can avoid the notion of tachyons traveling into the past using the Feinberg reinterpretation principle which states that a negative-energy tachyon sent back in time in an attempt to challenge forward temporal causality can always be reinterpreted as a positive-energy tachyon traveling forward in time. This is because observers cannot distinguish between the emission and absorption of tachyons. For a tachyon, there is no distinction between the processes of emission and absorption, because there always exists a sub-light speed reference frame shift that alters the temporal direction of the tachyon's world-line, which is not true for bradyons or luxons. The attempt to detect a tachyon from the future (and challenge forward causality) can actually create the same tachyon and sends it forward in time (which is itself a causal event).

We're witnessing an increased vibrational rate of photons; it is, for those who are ready, a beginning of a higher density experience.

But to a lay person that statement does not mean the same thing as for a physicists. To a lay person it sounds as if literally the photons slow down. And I bet that a lot of people repeat this statement thinking that light actually slows down.

This is it in a nut shell. While the ramifications are hard to predict at this moment, they are huge. E=mc^2 prob won't effect practical physics that we deal with on a daily basis. but as far theoretical physics the impact is enormous. time space fabric warping, wormholes (existence, creation and artificial stabilization), how fast the universe is speeding apart, our calculations for where things are in our solar system and beyond and a whole host of other things physics relies on the formula to calculate.

what i am most excited for is the possibility to travel faster than the speed of light. conventional theory dictated that the more mass you have the more fuel you would need to break the lightspeed barrier, however the closer you approach the speed of light the more fuel you would need therefore increasing your mass infinitely putting you in a perpetual null loop. but if that equation changes and we know that there are particles that travel faster than light speed limit we may have to re-examine this theorem. Especially with new power sources being discovered on the atomic and quantum levels. The splitting of those bonds if harnessed yield promising potential. Not to mention the existence of antimatter which releases catastrophic amounts of energy when in contact with matter. We can't seem to find any right now so were limited with how much we can make which is a miniscule amount. Limits the production seem to be on a physics level as opposed to a technological one. But who knows if the speed of light is up for discussion almost anything can be in a table.

If this result is valid then it would mean that neutrinos are capable of traveling .0025% faster than light. There was a supernova that we observed in 1987 (SN 1987) that occurred 168,000 light years away from us. A neutrino burst was observed in 3 different labs about 3 hours before the light was observed. If neutrinos are capable of traveling .0025% faster than the speed of light then why would we observe these neutrinos at a time that is consistent with them traveling at almost exactly the speed of light (slightly less due to their finite mass)? A difference of .0025% would correspond to the neutrinos arriving 4 years earlier! This is the first experimental contradiction to this result that pops into my head but there are probably many more.

Plain and simple, this is most likely due to a systematic error in their experiment that isn't being properly taken into account. The result would tear apart well established theories that have been tested time and time again in thousands of different ways. Of course that doesn't mean that they're absolutely right but it does mean that any contradictory result has to be initially taken with a grain of salt (kudos to the article writer for doing this). It's easy to mess up a calibration in such a complicated system and 60 nanosecond errors could potentially pop up. It will be interesting to see the results from other labs but I would advise against getting your hopes up for any new physics.