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ν\barν -Pair Synchrotron Emission in Neutron-Star Matter based on a Relativistic Quantum Approach

We study the neutrino anti-neutrino pair synchrotron emission from electrons and protons in a relativistic quantum approach. This process occurs only under a strong magnetic field, and it is considered to be one of effective processes for neutron star cooling. In this work we calculate the luminosity of the neutrino anti-neutrino pairs emitted from neutron-star-matter with a magnetic field of about 10^{15} G. We find that the energy loss is much larger than that of the modified Urca process. The neutrino anti-neutrino pair emission processes in strong magnetic fields is expected to contribute significantly to the cooling of the magnetars.

preprint2020arXivOpen access
Tomoyuki Maruyama A. Baha BalantekinMyung-Ki CheounToshitaka KajinoGrant J. Mathews
hep-phnucl-th
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Tomoyuki Maruyama A. Baha BalantekinMyung-Ki CheounToshitaka KajinoGrant J. Mathews

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