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Color Ferromagnetism of Quark Matter ; a Possible Origin of Strong Magnetic Field in Magnetars

We show a possibility that strong ``magnetic field'' $\sim 10^{15} $G is produced by color ferromagnetic quark matter in neutron stars. In the quark matter a color magnetic field is generated spontaneously owing to Savvidy mechanism and a gluon condensate arises for the stabilization of the field. Since the quark matter is electrically charged in the neutron stars, the rotation of the quarks around the color magnetic field produces the strong ``magnetic field''.

preprint2005arXivOpen access
Aiichi Iwazaki
astro-phhep-ph
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Aiichi Iwazaki

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