Effect of magnetic-field-induced torsion on neutrinos and supernova collapse.

Details Effect of magnetic-field-induced torsion on neutrinos and supernova collapse. Effect of magnetic-field-induced torsion on neutrinos and supernova collapse.

Apr 1996

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1996ncimc..19..237m&link_type=abstract

Nuovo Cimento C, Vol. 19C, N. 2, p. 237 - 243

Physics

Neutrinos: Supernovae

Scientific paper

The neutrino emission from supernova 1987A is being studied by taking into consideration the effect of the magnetic field present in the star. The magnetic field generates an anisotropic feature in the local space-time, which in turn leads to the cancellation of the axial-vector part of the neutrino current. The interaction cross-section of these neutrinos in the course of their interaction with matter on Earth has an inverse square energy dependence. The present work presents the calculations based on this changed cross-section that relates to predictions of the expected number of events at KAMIOKANDE on the basis of the Mont Blanc signal. It might be interesting to take a look into the implications of these results.

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