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Decoupling between torsion and magnetic fields in bouncing cosmology

机译:在弹跳宇宙中扭转与磁场之间的耦合

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Slow down of decaying cosmic magnetic fields in QED scalar electrodynamics is obtained. K Enqvist et al [1] place limits on neutrino masses from galactic dynamo mechanism. Since neutrino masses are important in extending the standard model of particle physics, it seems worth to investigate the relation between Lorentz Violation (LV) and galactic dynamos in torsion fields [2, 3]. Knowledge of the dynamics between torsion and cosmic magnetic fields may reveal if dynamo mechanism is a powerful mechanism to feed the galactic magnetic fields of nano-Gauss observed in nature.
机译:获得QED标量电动电动动力学中的衰减宇宙磁场的慢速减慢。 K Enqvist等[1]从银河系发电机机构放置在中微子质量上的限制。由于中微子群众在延长粒子物理标准模型方面很重要,因此似乎值得调查扭曲场中的洛伦兹违规(LV)和银河发电机之间的关系[2,3]。了解扭转和宇宙磁场之间的动态可以揭示发电机机构是一种强大的机制,以馈送本质上观察到的纳米高斯的银河系磁场。

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