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arXiv 2602.22503hep-thmath-phmath.AGmath.MP
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M理论与F理论之间的完美oids对偶

A Perfectoid Duality Between M-Theory and F-Theory

Canadian Quantum Research Center(加拿大量子研究中心);Institut Teknologi Bandung(万隆理工学院);Irving K. Barber School of Arts and Sciences, University of British Columbia Okanagan(不列颠哥伦比亚大学奥肯那根分校欧文K.巴伯艺术与理学院);Department of Mathematical Sciences, Durham University(杜伦大学数学科学系);Computational Mathematics Group, Faculty of Sciences, Hasselt University(哈瑟尔特大学理学院计算数学组)

Arshid Shabir, Bobby Eka Gunara, Mir Faizal

AI总结:

本文提出了一种基于完美oids几何的非奇异F理论框架,建立了M理论与II型B理论之间的精确对偶关系,揭示了十一维几何和拓扑数据对物理轴子-稀释子的固定作用,并扩展至变化耦合背景和更高阶几何。

摘要:

我们通过将M理论的传统缩小纤维极限替换为使用完美oids几何和凝聚数学描述的塔完成圆的紧致化,提出了非奇异的F理论定义级公式。这种构造为模数据提供了内在的十一维载体,并允许一种自然的倾斜和比较程序,其输出是椭圆几何而非辅助输入。利用这一框架,我们建立了精确的M理论/II型B理论词典,在常耦合区域,展示了物理的轴子-稀释子通过十一维几何和拓扑数据固定。这种对应关系在十维玻色有效作用的层面得到检验,包括其继承自十一维的拓扑耦合。塔完成的几何自然地组织了广义上同调中的全局部分,电荷数据由K理论支配,并表现出自然的素数幂 torsion 结构。我们进一步展示了该框架如何扩展到变化耦合背景和对偶缺陷,允许自然的adelic 完成并具有素数独立性,并推广到更高阶和U对偶几何。我们还讨论了反演方面以及超越玻色截断的对偶群的异常细化扩展。这些结果共同为F理论及其扩展提供了连贯的非奇异基础。

英文摘要:

We present a non-singular, definition-level formulation of F-theory by replacing the traditional shrinking-fiber limit of M-theory with compactification on a tower-completed circle described using perfectoid geometry and condensed mathematics. This construction provides an intrinsic eleven-dimensional carrier for modular data and admits a canonical tilting and comparison procedure that yields elliptic geometry as an output rather than an auxiliary input. Using this framework, we establish a precise M-theory/Type IIB dictionary in the constant-coupling sector, showing how the physical axio-dilaton is fixed by eleven-dimensional geometric and topological data. The correspondence is tested at the level of the ten-dimensional bosonic effective action, including its topological couplings inherited from eleven dimensions. The tower-completed geometry naturally organizes global sectors in generalized cohomology, with charge data governed by K-theory and exhibiting a canonical prime-power torsion structure. We further show how this framework extends to varying-coupling backgrounds and duality defects, admits a natural adelic completion with prime-independence, and generalizes to higher-rank and U-duality geometries. We also discuss holographic aspects and the anomaly-refined extension of the duality group beyond the bosonic truncation. Together, these results provide a coherent, non-singular foundation for F-theory and its extensions.

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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