论文标题
DE STINTER量子破裂，Swampland的猜想和热弦
De Sitter Quantum Breaking, Swampland Conjectures and Thermal Strings
论文作者
论文摘要
我们认为，在某些假设下，量子休息时间方法和跨普兰克审查制度的猜想都导致了同一功能形式的De Sitter Swampland约束。众所周知的事实是，在DS的静态贴片中计算出的束davies真空中的量子能量张量会破坏一些异构体。提出这是DS量子破裂的表现，我们分析了它的一些后果。特别是，这导致了一个热物质成分，可以以明显的方式将其推广到字符串理论。施加了量子破裂的审查制度，我们恢复了低温状态下的NO永恒通胀，而DS Swampland猜想的强大结合在一些合理的假设下是关于仍然是神秘的，可能是神秘的，大概是拓扑，高温理论的弦乐制度的。
We argue that under certain assumptions the quantum break time approach and the trans-Planckian censorship conjecture both lead to de Sitter swampland constraints of the same functional form. It is a well known fact that the quantum energy-momentum tensor in the Bunch-Davies vacuum computed in the static patch of dS breaks some of the isometries. Proposing that this is a manifestation of quantum breaking of dS, we analyze some of its consequences. In particular, this leads to a thermal matter component that can be generalized to string theory in an obvious way. Imposing a censorship of quantum breaking, we recover the no eternal inflation bound in the low temperature regime, while the stronger bound from the dS swampland conjecture follows under a few reasonable assumptions about the still mysterious, presumably topological, high-temperature regime of string theory.
