基于一种新的VSL理论的彩虹引力黑洞遗迹
Remnants of black holes from rainbow gravity in terms of a new VSL theory
AI总结：
本研究基于新的光速可变理论推导引力彩虹函数，计算多种黑洞及黑环的修正热力学量，发现普朗克尺度下彩虹引力黑洞与标准黑洞行为有本质差异，且熵公式含对数项。
摘要：
我们基于一种新的光速可变（VSL）理论推导了引力彩虹函数：在彩虹引力中，光子能量越高，光速就越小。依据该新理论，我们计算了Schwarzschild黑洞、Kerr黑洞、AdS黑洞以及旋转黑环经修正的温度、熵和热容。结果表明，在普朗克尺度附近，彩虹引力下各类黑洞的行为与标准黑洞存在显著的本质差异，且所有黑洞客体的熵公式中都会出现一个对数项。
英文摘要：
The gravity's rainbow function is derived in terms of a new varying speed of light (VSL) theory that varying velocity of light in the rainbow gravity becomes smaller when the energy of photons increases. In light of the new theory we calculate the modified temperature, entropy and heat capacity of the Schwarzschild, Kerr, AdS black holes, as well as spinning black rings. Our results demonstrate that in rainbow gravity the behaviors of various black holes have remarkably essential difference from those of standard black holes near the Planck scale, and a logarithmic term emerges in the formula of the entropy of every black object.
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