Research in Gravitational and Relativistic Physics

将详细分析流体相对论理论的研究，包括关于稳定性、因果性和双曲性的基本性质。相对论耗散流体领域的研究将考察流体理论中的双曲性与连续激波解的上限的存在之间的联系。对真空衰减率的引力效应以及真空衰变引起的引力效应也将进行研究。通过包括带电粒子产生的影响，带电黑洞的内部结构将被更准确地建模。这项调查将有助于弄清黑洞内部是否包含了包罗万象的压倒性奇点，或者物质是否可以逃脱破坏，进入另一个宇宙。

The study of relativistic theories of fluids will be analyzed in detail, including its fundamental properties regarding stability, causality, and hyperbolicity. Studies in the area of relativistic dissipative fluids will examine the connection between hyperbolicity in a fluid theory and the existence of an upper limit for continuous shock solutions. Gravitational effects on the vacuum decay rate, and gravitational effects caused by vacuum decay, will also be studied. The interior structure of charged black holes will be more accurately modeled by including the effects of charged particle production. This investigation will help clarify whether black hole interiors contain all-encompassing crushing singularities, or whether matter could conceivably escape destruction and emerge into "another" universe.