Alexander Grigoriev

Quantum theory of neutrino spin light in dense matter

We develop the quantum theory of the spin light of neutrino (

Effect of matter motion and polarization in neutrino flavour oscillations

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Dirac and Majorana neutrinos in matter

) exactly accounting for the effect of background matter. Contrary to the already performed studies of the

The effect of plasmon mass on spin light of neutrino in dense matter

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Spin light of the electron in dense matter

, in this paper we derive explicit and closed expressions for the

Spin light of electron in matter

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Neutrino in Matter and External Fields

rate and power and for the emitted photon energy, which are valid for an arbitrary matter density (including very high values). The spatial distribution of the radiation power and the dependence of the emitted photon energy on the direction of radiation are also studied in detail for the first time. We analyze the

Neutrino spin-flavor oscillations derived from the mass basis

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SPIN LIGHT IN NEUTRINO TRANSITION BETWEEN DIFFERENT MASS STATES

polarization properties and show that within a wide range of neutrino momenta and matter densities the

Spin light of neutrino in astrophysical environments

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