![]() The observed arrival obviously did not precede the observed departure, so the classical notion of causality remains intact. The only thing the results upset is quantum theory and quantum mechanics. The critical factor in all of it is the notion of perceived, or observable. Eistein-Rosen Bridges in fact make it possible to transit perceived space faster than the speed of light by effectively exiting perceived space and re-entering it. Reality is that time in the context of perceived space would cease to exist. Other postulated that if one exceeded the speed of light then time would run in reverse. We perceive the existence of time as a direct consequence of our perception of space more specifically changes in perception of space. Third, Einstein\'s theory is based on the dependence of the concept of time on the concept of space. He postulated that anything traveling faster than the speed of light would never travel less than it. Second, Einstein never said nothing could travel faster than light. Update May 27, 2014: Claims of faster than light neutrinos have been debunked according to this CERN press release – thanks to commenter Dan Linder for the heads-up.įirst, the results do not upset Einstein\'s Relativity Theory. In all cases, the measurements confirmed the findings that were originally presented.Īs before, however, OPERA has stated that an outside party must independently verify the measurements before they can be officially confirmed.Ī paper on the latest findings is available on the Inspire website. Twenty "clean neutrino events" were detected at Gran Sasso, which the researchers claim were precisely associated with pulses leaving CERN. Those pulses were just 3 nanoseconds long, separated by gaps of up to 524 nanoseconds. In the more recent experiments, very short neutrino beam pulses were used in order to ensure precise measurements. While photons (light particles) had been repeatedly detected at Gran Sasso 2.4 milliseconds after leaving CERN, the neutrinos reportedly made the same trip in 60 nanoseconds less time. The original set of experiments consisted of generating a neutrino beam at the Geneva-based CERN particle accelerator, and shooting it 730 kilometers (454 miles) south to an underground laboratory in Gran Sasso, Italy. In the meantime, however, they've replicated those results themselves, and announced today that neutrinos still appear to be the speediest particles in the universe. To their credit, the OPERA collaborative made a point of inviting other scientists to try to replicate their results. Given that Einstein's special theory of relativity states that nothing can travel faster than the speed of light, their proclamation was naturally met with some skepticism - various physicists stated that there was likely a flaw in the design, implementation or calculations involved the experiment. On September 23rd, researchers from the European OPERA project made the now-famous announcement that they had observed neutrinos traveling faster than the speed of light.
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