If the observations are in fact accurate, the implications for the world of physics will be staggering. "Months of research and verifications have not been sufficient to identify an instrumental effect that could explain the result of our measurements." "This outcome is totally unexpected," stated CERN spokesperson Antonio Ereditato. Less than two weeks after the revelation that ghostly particles called neutrinos had been spotted travelling faster than the speed of light, physicists are saying they have found.
The scientists are stymied by the results. However, a different team of scientists from the same laboratory have repeated the experiment and have rejected the claims that neutrinos can travel faster than. When neutrinos were tested, however, they reached Gran Sasso 60 nanoseconds sooner - this amounts to them traveling 20 parts per million faster than the speed of light. Are Muon Neutrinos Faster Than Light Particles: Possible Consequences for Neutrino Oscillations Published in: 178 (1986) 115-120 DOI: 10.1016/. It takes photons (light particles) 2.4 milliseconds to make the trip. Last year, OPERA measured that neutrinos were making the 454-mile (730-kilometer) underground trip between the two labs more speedily than light, arriving there 60 nanoseconds earlier than a beam. So neutrino has speed less than the speed of light. The OPERA project has been studying the characteristics of a neutrino beam that is generated by the CERN accelerators in Geneva, Switzerland, and detected when it arrives 730 kilometers (454 miles) to the south at an underground laboratory in Gran Sasso, Italy. According to the Einsteins theory of relativity there is no particle having speed greater than light. Neutrinos are electrically-neutral subatomic particles, with almost no mass. Early this morning, however, researchers from the Geneva-based OPERA project announced that the results from one of their recent experiments indicate that neutrinos can in fact outrun light particles. Up until today, that had pretty much seemed to be the case, too. According to Einstein's restricted theory of relativity, nothing can travel faster than light in a vacuum.