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arXiv 2602.20604hep-th
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陈-西蒙斯对偶性中质量和电流图的相关函数级验证

Correlator-Level Verification of Mass and Current Maps in Abelian Chern-Simons Dualities

Indian Institute of Technology Goa(印度果阿理工学院)

Vaibhav Wasnik

AI总结:

本文通过显式局部算符实现验证了阿贝尔陈-西蒙斯对偶性中质量和电流图的相关函数级特性。

摘要:

我们在阿贝尔陈-西蒙斯框架内构造了一个显式的局部算符实现,该实现能够在三维时空维度中再现狄拉克费米子相关函数,并利用它直接在相关函数层面检验费米-玻色对偶性猜想的算符和变形映射。我们显示预测的玻色子和费米子质量变形之间的关系,包括相对符号,在定量上得到实现,且费米子U(1)电流在相关函数的红外固定点内与拓扑规范电流一致。这些结果为阿贝尔陈-西蒙斯对偶性的关键特征提供了直接的相关函数级验证,超越了仅基于相结构、异常匹配或大N考虑的论证。

英文摘要:

We construct an explicit local operator realization that reproduces Dirac fermion correlation functions in three spacetime dimensions within an Abelian Chern-Simons framework and use it to examine the conjectured operator and deformation maps of fermion-boson duality directly at the level of correlation functions. We show that the predicted relation between bosonic and fermionic mass deformations, including the relative sign, is realized quantitatively, and that the fermionic U(1) current coincides with the topological gauge current inside correlation functions at the infrared fixed point. These results provide a direct correlator-level verification of key features of Abelian Chern-Simons dualities, going beyond arguments based solely on phase structure, anomaly matching, or large-N considerations.

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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