论文标题
大量重力对$ p $ - 波全息超导体的影响
Effects of massive gravity on $p$-wave holographic superconductor
论文作者
论文摘要
在本文中，我们在探针极限的大量重力框架内分析研究了$ p $ - 波全息超导体。我们获得了临界温度，冷凝水算子的值以及超导体和正常相之间自由能的差异的分析表达式。我们研究了在重力质量存在下这些数量的行为，发现这几乎取决于大量重力耦合的迹象。随着（降低）增加大量重力耦合，或增加重力质量，临界温度变得更高（较低），凝聚力值变小（较小），并且与充分（负）正质量重力耦合增加了重力。这一事实与超导相相对应（更多）热力学偏爱。
In this paper, we have analytically investigated $p$-wave holographic superconductor in the framework of massive gravity in the probe limit. We obtained the analytical expressions for the critical temperature, the value of the condensate operator, and the difference of the free energy between the superconductor and normal phases. We studied the behavior of these quantities in the presence of the mass of graviton, which is found to be dependent almost on the sign of the massive gravity couplings. The critical temperature becomes (lower)higher and the condensate value gets (larger)smaller with (decreasing)increasing the massive gravity couplings or increasing the mass of graviton with the sufficiently (negative)positive massive gravity couplings. This fact corresponds to that the superconductor phase is (more)less thermodynamically favored.
