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Neutrino oscillation provides clues to dark matter and signals from the chilled universe
We know that there are three types - or flavours - of neutrino: the electron neutrino, the muon neutrino and the tau neutrino. But the new verification that oscillations exists and neutrinos have mass though not detectible easy provides the first clue to extra dimensions, dark matter, Hyperspace and Chilled Universe acting as a platform below it.
The puzzle could be explained by the transformation of neutrinos from one flavour into another, a process which has been observed in recent experiments. This phenomenon, known as oscillation, is directly linked to another fundamental question, that of the neutrino mass. Oscillation has shown that neutrinos have a mass, but it has yet to be determined.
The CNGS project is expected to provide direct evidence of the neutrino oscillation thought to occur over long distances. At the end of their journey through the earth's crust, the neutrinos created at CERN will pass through the OPERA detector. The experiment should identify particles transformed from muon neutrinos into tau neutrinos during the journey, thus providing evidence of oscillation.
The revealing facts shed light on the fact that existence of dark matter is a reality. Existence of higher dimensions is also real. Existence of virtual particle that interface higher dimensions of the Hyperspace and the 3-D spatial dimensions of our terrestrial world is a fact.
What is most astounding is the frequecy of oscillation of these oscillations. The signals perhaps comes from the chilled universe below the hyperspace through the neutrino pulses that communicate with zero point energy levels all over the Hyperspace in diffrent multiverses.
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