Robust flavor equalization of cosmic neutrino flux by quasi bi-maximal mixing

Details Robust flavor equalization of cosmic neutrino flux by quasi bi-maximal mixing Robust flavor equalization of cosmic neutrino flux by quasi bi-maximal mixing

2000-06-09

arxiv.org/abs/hep-ph/0006092v3

Physics

High Energy Physics

High Energy Physics - Phenomenology

8 pages [This preprint is no longer being pursued for publication. Its essential contents are now published as part of D. V. A

Scientific paper

For high energy cosmic neutrinos Athar, Jezabek, and Yasuda (AJY) have recently shown that the existing data on neutrino oscillations suggests that cosmic neutrino flux at the AGN/GRB source, F(nu_e):F(nu_mu):F(nu_tau) approx 1:2:0, oscillates to F(nu_e):F(nu_mu):F(nu_tau) approx 1:1:1. These results can be confirmed at AMANDA, Baikal, ANTARES and NESTOR, and other neutrino detectors with a good flavor resolution. Here, we re-derive the AJY result from quasi bi-maximal mixing, and show that observation of F(nu_e):F(nu_\mu):F(nu_tau) approx 1:1:1 does not necessarily establish cosmic neutrino flux at the AGN/GRB source to be F(nu_e):F(nu_mu):F(nu_tau) approx 1:2:0.

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