论文标题
收费的广告黑洞和从黑洞到白洞的量子隧道
Charged AdS black hole and the quantum tunneling from black hole to white hole
论文作者
论文摘要
在本文中，我们表明，根据电荷$ Q $的迹象，当将宇宙常数确定为热力学压力$ p $时，带电的广告黑洞（BH）具有两个替代方面。发现：1）BH状态的方程对应于$ Q> 0 $，当$ Q $从$ q> 0 $更改为$ q <0 $时，我们获得了White Hole（WH）状态（EOS）的方程； 2）基于状态方程，我们发现了从小到大的WH的相变，其行为像液体$ - $ - $ $气体相位在负温度下，$ t <0 $，同时，其熵等于减去BH的熵。结果，在此过程中释放的潜热$ΔH_{wh}（t）$也等于减去BH的潜热。 3）最后，获得从BH到WH的量子隧穿的概率。我们建议将上述结果应用于AD/CFT二元性的观点。
In this paper, we show that depending on the sign of the electric charge $Q$, the charged AdS black hole (BH) possesses two alternative facets when the cosmological constant is identified to the thermodynamic pressure $P$. It is discovered that: 1) the equation of state of BH corresponds to $Q>0$ and when $Q$ changes from $Q>0$ to $Q<0$ we obtain the equation of state (EOS) of white hole (WH); 2) Based on the WH equation of state we found the phase transition from small to large WHs which behaves like the liquid $-$ gas phase transition at negative temperature, $T<0$, and, at the same time, its entropy equals with minus sign the entropy of BH. As a consequence, the latent heat $ΔH_{WH}(T)$ which releases in this process equals with minus sign the latent heat of BH, too; 3) Finally, the probability of the quantum tunneling from the BH to the WH is obtained. We suggest the perspective of application of the results above to the AdS/CFT duality.
