论文标题
洛伦兹违反，量子隧道和信息保护
Lorentz Violation, Quantum Tunneling and Information Conservation
论文作者
论文摘要
在本文中，通过引入Lorentz-Invariance-Violation-violation（LIV）分散关系类（DR），被第二个功率$（E/E_ {QG}）^2 $抑制，我们研究了LIV通过Reissner-Nordstrour Reissner-nordstrour（Rnordstrour（Rnordstructrout）的隧道（Reissner-Nordstrouth）的隧道式的LIV辐射的影响。我们首先发现LIV的效果加快了黑洞蒸发的速度，使诱导的鹰温度对辐射颗粒能量的变化非常敏感，但是在相同的能级下，对辐射粒子电荷的变化不敏感。这为Liv-DR作为描述量子重力作用的候选者提供了现象学证据。然后，当包括LIV的效果时，我们发现连续排放之间与Planck规模校正的统计相关性可以通过辐射泄漏信息。而且，事实证明，作为隧道的黑洞辐射是一个熵保护过程，并且在辐射期间没有任何信息损失，在此过程中，解决了黑洞熵的解释。最后，我们得出结论，在量子重力的背景下，黑洞蒸发仍然是一个统一的过程。
In this paper, by introducing a Lorentz-invariance-violation (LIV) class of dispersion relations (DR) suppressed by the second power $(E/E_{QG})^2$, we have investigated the effect of LIV on the Hawking radiation of the charged Dirac particle via tunneling from a Reissner-Nordström(RN) black hole. We first find the effect of LIV speeds up the black hole evaporation, leaving the induced Hawking temperature very sensitive to the changes in the energy of the radiation particle, but at the same energy level, insensitive to the changes in the charge of the radiation particle. This provides a phenomenological evidence for the LIV-DR as a candidate for describing the effect of quantum gravity. Then, when the effect of LIV is included, we find the statistical correlations with the Planck-scale corrections between the successive emissions can leak out the information through the radiation. And, it turns out that the black hole radiation as tunneling is an entropy conservation process, and no information loss occurs during the radiation, where the interpretation for the entropy of black hole is addressed. Finally, we conclude that black hole evaporation is still an unitary process in the context of quantum gravity.
