论文标题
暗物质充电黑洞的质量公式和静态条件
Mass formulae and staticity condition for dark matter charged black holes
论文作者
论文摘要
Arnowitt-Deser-Misner形式主义用于得出Einstein-Maxwell {\ It暗物质}重力的质量，角动量和规范能量的变化，在该引力中，通过动力学混合术语与普通Maxwell的一个辅助表场耦合到普通的Maxwell，模仿{\ IT {\ It sector sector}。检查具有内部边界的歧管的初始数据，其拓扑为$ s^2 $，使我们能够在上述理论中找到黑洞热力学的广义第一定律。据透露，固定的黑洞解决方案受到与非旋转无旋转的分叉球体包含分叉杀人层的状况，必须是静态的，并且在量化量的静态片段上，在静态的slices上，{\ it Magnetic} Maxwell和{\ It {\ IT {\ it {\ it {\ it {\ it Maginate} sector Fields。
The Arnowitt-Deser-Misner formalism is used to derive variations of mass, angular momentum and canonical energy for Einstein-Maxwell {\it dark matter} gravity in which the auxiliary gauge field coupled via kinetic mixing term to the ordinary Maxwell one, which mimics properties of {\it hidden sector}. Inspection of the initial data for the manifold with an interior boundary, having topology of $S^2$, enables us to find the generalised first law of black hole thermodynamics in the aforementioned theory. It has been revealed that the stationary black hole solution being subject to the condition of encompassing a bifurcate Killing horizon with a bifurcation sphere, which is non-rotating, must be static and has vanishing {\it magnetic} Maxwell and {\it dark matter} sector fields, on static slices of the spacetime under consideration.
