More on faster than light neutinos

In summary, the OPERA collaboration's reported velocity anomaly has sparked debate about its compatibility with the theory of special relativity. However, a reinterpretation suggests that neutrinos may provide a more accurate measurement of Einstein's limiting speed, while light and other matter are slowed down by interactions with the dark universe. This concept can be incorporated into the dark energy equation of state in an expanding FRW universe. Planned measurements of redshift variations may help distinguish between these possibilities.
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http://arxiv.org/PS_cache/arxiv/pdf/1109/1109.6520v1.pdf

quote:

The velocity anomaly recently reported by the OPERA collaboration appears strikingly at odds
with the theory of special relativity. I offer a reinterpretation which removes this conflict, to wit that neutrinos yield a truer measurement of Einstein's limiting speed, and that light and indeed all other matter are retarded by additional interactions with the dark universe. I discuss existing experimental constraints and show that such a notion, considered cosmologically, can be subsumed in the dark-energy equation of state in an expanding Friedman-Robertson-Walker (FRW) universe.
Planned measurements of the temporal variation in redshift have the potential to distinguish the possibilities.
 
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FAQ: More on faster than light neutinos

How can something travel faster than the speed of light?

According to Einstein's theory of relativity, the speed of light is the universal speed limit. However, recent experiments with neutrinos have shown that they may be able to exceed this speed due to their unique properties and interactions with matter.

What evidence supports the claim that neutrinos can travel faster than light?

The OPERA experiment conducted at the CERN laboratory in Switzerland showed neutrinos arriving at their destination faster than predicted by the speed of light. This result has been replicated by other experiments, providing further evidence for the possibility of faster-than-light neutrinos.

Could this be a mistake or error in the experiments?

Scientists have carefully examined the experiments and data, taking into account any potential errors or sources of uncertainty. While there is always the possibility of some unknown factor influencing the results, the evidence suggests that the faster-than-light neutrinos are a real phenomenon that requires further investigation.

What are the potential implications of faster-than-light neutrinos?

If confirmed, this discovery could challenge our understanding of the laws of physics and open up new possibilities for space travel and communication. It could also provide insights into the nature of the universe and the properties of particles like neutrinos.

What is the next step in researching faster-than-light neutrinos?

Scientists are currently conducting further experiments and analyses to confirm the existence of faster-than-light neutrinos and to understand the mechanisms that allow them to exceed the speed of light. This research may also involve collaboration with other fields of science, such as astrophysics and cosmology, to explore the implications of this discovery.

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