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We study a possible mechanism for astrophysical jet production from a neutronstar composed by a partially bosonized npe-gas. We obtain that the expulsion ofa stable stream of matter might be triggered by the quantum magnetic collapseof one or various components of the gas, while its collimation is due to theformation of a strong self-generated magnetic field.

Quantum magnetic collapse of a partially bosonized npe-gas: Implications for astrophysical jets