Some Problems About The Neutrino Oscillation And New Explanation For The Neutrino Observations

We review the neutrino oscillation and find some problems about it. The original theory predicts the mass differences existing on three kinds of neutrinos. However, if no external energy or mass participates in the transformation process, it will experience the non-conservation of mass when one neutrino transforms to others and then transforms back to itself again. It also violates one of the conservation of laws of energy and momentum. Furthermore, the speeds of neutrinos before and after transformation must be different because the mass is non-conserved according to the conservation of momentum in the special relativity. It results in the special physical phenomena of self-acceleration and self-deceleration. Even the violation of the Lorentz invariance is proposed in the standard model extension to discuss the neutrino oscillation without the existence of the mass difference, the all other original elementary particles predicting by the standard model will lose their criteria because they seriously obey the Lorentz invariance. After reviewing the results of Super-Kamiokande Collaboration and Sudbury Neutrino Observatory, both results strongly imply the ratio of number between three kinds of neutrinos is approximately νe:νμ:ντ=1:1:1. According to this, we propose a new explanation for the observation data. The detection of neutrinos in the supernova SN 1987A event earlier than light may tell us the truth that the mass of neutrino is very possibly zero. Otherwise, the non-zero mass neutrino must be dragged by gravity to slow down its average velocity whole the traveling period.