论文标题
Anton-Schmidt的液体的黑洞和裸露的奇异性
Black holes and naked singularities from Anton-Schmidt's fluids
论文作者
论文摘要
采用托尔曼 - 铅烟 - 沃尔科夫形式主义，我们为静态和球形对称的黑洞提出了一种新的分析解决方案，其中宇宙学常数被推广到非偶像的Anton-Schmidt流体，该液体用作统一的统一的黑质 - 暗物质 - 暗物质 - 暗物质。我们的新型结果可以描述与周围宇宙的能量平衡中的黑洞。因此，我们研究了黑洞的质量与状态的Anton-Schmidt方程的参数之间的相互作用，并将解决方案物理地解释为一个时空指标家族，可以描述Schwarzschild-De保姆黑洞和裸奇异点。结果为使用事件范围望远镜结果进一步限制宇宙流体的物理特性打开了一个新窗口，该结果补充了依赖经典宇宙学观察的分析。
Adopting the Tolman-Oppenheimer-Volkoff formalism, we propose a new analytical solution for a static and spherically symmetric black hole where the cosmological constant is generalized to a non-isotropic Anton-Schmidt fluid acting as a unified dark energy - dark matter source. Our novel result can describe a black hole in energetic equilibrium with the surrounding universe. We thus investigate the interplay between the mass of the black hole and the parameters of the Anton-Schmidt equation of state, and physically interpret the solution as a family of space-time metrics that may describe both Schwarzschild-de Sitter black holes and naked singularities. The result opens a new window for further constraining the physical properties of the cosmic fluid using the Event Horizon Telescope results, which complement the analysis relying on classical cosmological observations.
