广义相对论熵重整中的黑洞运动
Black Hole Motion in Entropic Reformulation of General Relativity
摘要：
我们考虑一个黑洞系统--广义相对论力学点粒子系统的最简单替代物--并试图借助熵作用来描述它们的运动：黑洞视界面积的总和。我们证明，这样的描述确实是一致的牛顿的运动和重力定律，模数值系数，重合，但似乎从统一不同。由于现代对广义相对论熵的重新表述的大部分讨论实际上是基于量纲的考虑，为了进行下一步，修改论证是至关重要的，以便这些无量纲参数获得正确的值。
英文摘要：
We consider a system of black holes -- a simplest substitute of a system of point particles in the mechanics of general relativity -- and try to describe their motion with the help of entropic action: a sum of the areas of black hole horizons. We demonstrate that such description is indeed consistent with the Newton's laws of motion and gravity, modulo numerical coefficients, which coincide but seem different from unity. Since a large part of the modern discussion of entropic reformulation of general relativity is actually based on dimensional considerations, for making a next step it is crucially important to modify the argument, so that these dimensionless parameters acquire correct values.
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