论文标题
宇宙学第二定律的热力学解释
Thermodynamical Interpretation of the Second Law for Cosmology
论文作者
论文摘要
未来全息屏幕的区域单调增加。将该区域与熵相关联导致宇宙学的综合性第二定律（GSLC）。与黑洞的视野不同，与宇宙学相关的筛选没有热力学解释。我们建议将屏幕的熵与源自A（看似）相位空间得出的自由表面密度的时空程度。这种结构使我们能够确定任何全息屏幕的熵，因为由于其加速度而通过加速观察者检测到的熵。使用Unruh的温度和等效原理，这给出了全息筛选的温度并产生GSLC的热力学解释。
The area of a future holographic screen increases monotonically. Associating this area with entropy results in a generalized second law for Cosmology (GSLC). Unlike black hole horizons, screens relevant to Cosmology have no thermodynamical interpretation. We suggest relating the entropy of the screens to spacetime degrees of freedom surface density derived from a (seemingly) phase space. This construction enables us to identify the entropy of any holographic screen as the entropy detected by accelerating observers due to their acceleration. Using Unruh's temperature and the equivalence principle, this gives the holographic screens' temperature and yields a thermodynamical interpretation of the GSLC.
