论文标题
BPS和近BPS ADS6黑洞的热力学
Thermodynamics of BPS and Near-BPS AdS6 Black Holes
论文作者
论文摘要
我们开发了BPS和近BPS ADS6黑洞的热力学。我们研究了大规范合奏中BPS黑洞的相图。我们强调了两个不同的变形与BPS表面正交：（i）在保持电荷固定的同时增加温度，（ii）更改电荷的同时保持极端性，以使BPS约束不再满足。对于这两种变形，我们表明可以扩展BPS熵函数的考虑因素来描述近BPS制度。多余的熵以及所有电势的变化都可以通过极端原理完美解释。
We develop the thermodynamics of BPS and near-BPS AdS6 black holes. We study the phase diagram of BPS black holes in the grand canonical ensemble. We highlight two distinct deformations orthogonal to the BPS surface: (i) increasing the temperature while keeping the charges fixed, (ii) changing the charges while maintaining extremality such that the BPS constraint is no longer satisfied. For both these deformations, we show that the considerations of the BPS entropy function can be extended to describe the near-BPS regime. The excess entropy together with changes in all potentials are perfectly accounted for via the extremization principle.
