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Of charged stars and charged black holes

机译:带电的恒星和带电的黑洞

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摘要

Effect of maximum amount of charge a compact star can hold, is studied here. We analyze the different features in the renewed stellar structure and discuss the reasons why such huge charge is possible inside a compact star. We studied a particular case of a polytropic equation of state (EOS) assuming the charge density is proportional to the mass density. Although the global balance of force allows a huge charge, the electric repulsion faced by each charged particle forces it to leave the star, resulting in the secondary collapse of the system to form a charged black hole.
机译:在这里研究一颗小恒星可以容纳的最大电荷量的影响。我们分析了更新后的恒星结构中的不同特征,并讨论了为什么在紧凑型恒星内部可能产生如此巨大电荷的原因。我们研究了假设电荷密度与质量密度成正比的多态状态方程(EOS)的特殊情况。尽管全局力平衡允许巨大的电荷,但是每个带电粒子所面对的电排斥力迫使其离开恒星,从而导致系统发生二次坍缩,从而形成带电的黑洞。

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