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Relativistic Effects in Orbital Motion of the S-Stars at the Galactic Center

机译:银河中心S颗星轨道运动中的相对论作用

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The Galactic Center star cluster, known as S-stars, is a perfect source of relativistic phenomena observations. The stars are located in the strong field of relativistic compact object Sgr A* and are moving with very high velocities at pericenters of their orbits. In this work we consider motion of several S-stars by using the Parameterized Post-Newtonian (PPN) formalism of General Relativity (GR) and Post-Newtonian (PN) equations of motion of the Feynman’s quantum-field gravity theory, where the positive energy density of the gravity field can be measured via the relativistic pericenter shift. The PPN parameters β and γ are constrained using the S-stars data. The positive value of the T g 00 component of the gravity energy–momentum tensor is confirmed for condition of S-stars motion.
机译:银河系中心星团,称为S-Shars,是一种完美的相对论现象观察来源。恒星位于相对论的紧凑型物体SGR A *的强大领域,并且在其轨道的围绕的速度下具有非常高的速度。在这项工作中,我们考虑通过使用普通相对性(GR)和后牛顿(GR)和牛顿的量子磁场重力理论的动作方程的参数化后牛顿(PPN)形式主义的运动的运动,其中重力场的能量密度可以通过相对论的围绕偏移来测量。使用S恒星数据约束PPN参数β和γ。为S恒星运动的条件确认了重力能量动量张量的T G 00分量的正值。

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