论文标题
测试热力学定律和弱宇宙审查猜想的共形异常校正广告黑洞
Testing thermodynamic laws and weak cosmic censorship conjecture of conformal anomaly corrected AdS black hole
论文作者
论文摘要
通过将颗粒滴入黑洞中，我们采用了最近的新假设[1]，即黑洞质量（焓）的变化应与插入粒子的能量（$ω= DM $）相同，以仔细测试热力学定律和弱宇宙审查定律，并构想了构象异构性Anomaly Admaly Ads Ads Adds Blackspaces Blackspace的构造。使用能量摩托车的关系，结果表明，黑洞的第一定律，第二定律和弱宇宙审查制度在正常相空间中都是有效的，没有发生违规。在扩展的相空间中，首先表明黑洞热力学的第一定律在我们的情况下始终是正确的。然后，我们有趣地发现，如果条件$ {d \ ell}> - \ lesg（p^r \ ell^3 \ right）/{r _+^3} $满足熵的变化始终是正面的，这意味着在扩展相位空间中不会违反第二定律。同样，确实，总有范围的奇异性。因此，极端和近超级黑洞的配置不会改变，也不会违反弱宇宙审查的猜想。最后，所有这些结论都独立于标量曲率参数$ k $和保形异常参数$ \tildeα$
By dropping particles into black hole, we have employed the recently new assumption [1] that the change of the black hole mass(enthalpy) should be the same amount as the energy of an infalling particle($ω= dM$), to carefully test the laws of thermodynamics and the weak cosmic censorship conjecture of a conformal anomaly corrected AdS black hole in different phase spaces. Using the energy-momentum relation, the result shows that the first law, second law and weak cosmic censorship conjecture of black hole are all valid in the normal phase space, no violations occur. In the extended phase space, it firstly shows that the first law of black hole thermodynamics is always true in our case. Then, we interestingly find that if the condition ${d\ell} > -\left(P^r \ell^3\right)/{r_+^3}$ satisfied the variation of entropy is always positive, which means there would be no violation of the second law in the extend phase spaces. Also, it is true that there are always horizons by which the singularity is also covered. So, the configurations of the extremal and near-extremal black holes will not be changed, and there has no violation of the weak cosmic censorship conjecture. Finally, all of those conclusions are independent of the scalar curvature parameter $k$ and the conformal anomaly parameter $\tildeα$
