TITLE:
Modified Tunneling Radiation of Fermions from a Spherically Symmetric Spacetime with Dark Matter
AUTHORS:
Zhongwen Feng, Xiaotao Zu
KEYWORDS:
Generalized Uncertainty Principle, Spherically Symmetric Spacetime, Dark Matter
JOURNAL NAME:
Journal of Applied Mathematics and Physics,
Vol.3 No.8,
August
26,
2015
ABSTRACT:
In the paper, we use the generalized Dirac
equation to study the Hawking temperature and entropy of a spherically
symmetric spacetime with the dark matter. The results show that the dark matter
can influence the thermodynamic properties of the black hole. Meanwhile, we
find the GUP corrected temperature and entropy are not only determined by the
nature of black but also related to the properties of tunneling particles.
Besides, the GUP can slow down the increase of Hawking temperature and causes
the remnants.