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Modern Advances in Neutrino Researches
Huang Zhixun
Strategic Study of CAE 2002, Volume 4, Issue 10, Pages 90-93
Work on neutrino's mass has been going on in Japan and several other countries since the early work of V. Lubimov in USSR inl980 and that of a work with W. Kundig at Zurich University inl986. At the present time, there are several laboratories concerned with the research aspects of such particles. It among the advances of all sorts of neutrinos, two main cruxes should be considered for this subject. One is that the similarity between the photon and the neutrino, the other is that the very interesting superluminal theory for neutrinos.
Keywords： neutrino faster than light (superluminal) tachyon photon
Faster Than Light and EM-Wave Anomalous Propagation
Huang Zhixun
Strategic Study of CAE 2000, Volume 2, Issue 10, Pages 80-92
In this paper, the historic background of the study on faster than light (FTL) and the possibility of working within the frame work of special relativity are discussed. The previous experimental studies with single photon, laser pulse and microwaves have revealed superluminal behavior in the quantum tunneling process. That phenomenon exists only in the case of special physical condition. The analogy between classical Telegraphist equation and Klein-gordon equation can be used to study particle tunneling and superluminal behavior. A discussion on the FTL experiment by Dr. L. Wang recently is included. Remarks on the future of FTL research is given in this article.
Keywords： faster than light microwave anomalous propagation tachyon quantum tunneling process e-vanescent mode
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