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arXiv 2602.13383hep-th
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面向三维CFT制图的应力张量-bootstrap

Towards 3D CFT Cartography with the Stress Tensor Bootstrap

Institut des Hautes Études Scientifiques(高等科学研究所);University of Pisa and INFN(比萨大学与意大利国家核物理研究所)

Rajeev S. Erramilli, Matthew S. Mitchell

AI总结:

本文通过应力张量bootstrap方法,揭示了三维CFT空间中丰富的结构特征,并提出系统探索CFT景观的‘制图’计划。

摘要:

我们通过应力张量bootstrap方法,给出了关于三维局部、单位元、保持宇称的共形场论(CFT)空间的新数值结果。在某些OPE系数最大化的情况下,我们发现了一系列尖锐特征,如kinks和ridges,这些特征随着标度维度的变化而出现。我们展示了其中一些特征对应于已知理论,但还有许多其他特征同样强烈,但不匹配已知CFT。我们论证这些特征在提高数值阶次时仍然稳健,可能对应于许多尚未发现的CFT。我们最后提出一个“CFT制图”计划:即在没有特定理论目标的情况下,系统地探索CFT的景观。

英文摘要:

We present new numerical results on the space of local, unitary, parity-preserving conformal field theories (CFTs) in three dimensions from the stress tensor bootstrap. In bounds maximizing certain OPE coefficients, we find a plethora of sharp features, such as kinks and ridges, as a function of scaling dimensions. We show that some of these features correspond to known theories, but there are many others that are equally strong but do not match known CFTs. We argue that these features are robust to raising numerical order and could then correspond to numerous as yet unknown CFTs. We conclude in proposing a program of "CFT cartography": the systematic exploration of the landscape of CFTs without individual theory targets in mind.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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