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arXiv math-ph/0207035math-phhep-thmath.DGmath.MP
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拓扑代数的K-理论与二次量子化

K-Theory of topological algebras and second quantization

Anastasios Mallios

摘要:

应用经典的塞尔-斯旺定理,因为这被扩展到拓扑(非赋范)代数,人们通过它们的自旋结构获得基本粒子的分类。在这种情况下,我们的论证实际上是基于S的一个“对应原理”。A. Selesnick,在这里用层理论的语言,确切地说,用向量层来表述。这就直接导致了第二次量子化,以及几何(预)量子化理论的其他应用。

英文摘要:

Applying the classical Serre-Swan theorem, as this is extended to topological (non-normed) algebras, one attains a classification of elementary particles via their spin-structure. In this context, our argument is virtually based on a ``correspondence principle'' of S. A. Selesnick, formulated herewith in a sheaf-theoretic language, presisely speaking, in terms of vector sheaves. This then leads directly to second quantization, as well as, to other applications of geometric (pre)quantization theory.

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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