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Large-scale experimental projects on neutrinos have revealed neutrino properties, particularly on a small finite neutrino mass. Alternative experiments were recently carried out with electrochemical detectors by our group. The experimental results suggest that a neutrino owns two types of potential sources and the neutrino mass generation mechanism is based on both the asymmetry of weak interactions between vector and axial-vector mass states and a scalar auxiliary field. The mass generation mechanism was formulated according to experimental indications. The asymmetry on mass functions in the axial-vector part was useful to explain the neutrino mass generation mechanism. The scalar auxiliary field was adopted which was derived from the Fermi gage. Because of the considerably large reaction rate in the electrochemical detectors, neutrinos and their fragment properties may be useful for engineering purposes in future.

Neutrino Properties and Their Usefulness Suggested by Recent Electrochemical Neutrino Detection Results