论文标题
模量稳定和全息弹道
Moduli Stabilisation and the Holographic Swampland
论文作者
论文摘要
我们调查了对AD中弱耦合，模量稳定的弦真空的低能动力学的摇摆限制是否与其假定的全息二重奏的不一致有关，或者更普遍地对CFT数据进行了重新铸造。我们发现，各种滚动量的一致性约束等效于某些混合异常维度的迹象上的消极条件。这种情况类似于因果关系和单位性而产生的良好的CFT阳性界限，但总体上不知道。研究的场景包括LVS，KKLT，以及扰动和赛道稳定。有趣的是，LVS真空（带有$δ_φ= 8.038 $）似乎也非常接近临界值（$δ_φ= 8 $），其中异常尺寸会更改符号。最终，我们指出了与原始版本和精制版本中的Swampland距离猜想的有趣联系。
We investigate whether Swampland constraints on the low-energy dynamics of weakly coupled, moduli-stabilised string vacua in AdS can be related to inconsistencies of their putative holographic duals or, more generally, recast in terms of CFT data. We find that various swampland consistency constraints are equivalent to a negativity condition on the sign of certain mixed anomalous dimensions. This condition is similar to well-established CFT positivity bounds arising from causality and unitarity, but not known to hold in general. The studied scenarios include LVS, KKLT, and both perturbative and racetrack stabilisation. Interestingly, the LVS vacuum (with $Δ_φ = 8.038$) also appears to live very close to a critical value ($Δ_φ = 8$) where the anomalous dimensions change sign. We finally point out an intriguing connection to the Swampland Distance Conjecture, both in its original and refined versions.
