Woit · §33.3 Supersymmetric quantum mechanics and diferential forms
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the tensor product of complex-valued functions on (acted on by the Weyl algebra and anticommuting functions on (acted on by the Cliford algebra . There are two operators and adjoints of each other and of square zero. If one has studied diferential forms, this should look familiar. This space is well known to mathematicians, as the complexvalued diferential forms on , often written , where here the ∗ denotes an index taking values from 0 (the 0-forms, or functions) to d (the d-forms). In the theory of diferential forms, it is well known that one has an operator on with square zero, called the de Rham diferential. Using the inner product on , a Hermitian inner product can be put on by integration, and then d has an adjoint also of square zero. The Laplacian operator on diferential forms is$$ \Box = (d + \delta) ^ {2}
来源与版本
正文:英文 OCR 草稿
来源版本:2025-10-20
原文位置:§33.3;PDF 页 373、374;印刷页 356、357
处理记录:MinerU OCR
核对状态:英文 OCR 草稿 · 待校对
中文机译草稿
Author-named definition; machine draft source identity and human-review status are preserved.
机器草稿中的定义提及
上复值函数的张量积(受 Weyl 代数 作用)与 上反交换函数的张量积(受 Clifford 代数 作用)。有两个算符 和 ,它们互为伴随且平方为零。如果学过微分形式,这应当看起来很熟悉。这个空间 为数学家所熟知,即 上的复值微分形式,常写作 ,其中这里的 ∗ 表示一个指标,取值从 0(0-形式,或函数)到 (-形式)。在微分形式理论中,众所周知, 上有一个平方为零的算符 ,称为 de Rham 微分。利用 上的内积,可以通过积分在 上赋予一个厄米内积,于是 有一个伴随 ,同样平方为零。微分形式上的拉普拉斯算符是$$ \Box = (d + \delta) ^ {2}
来源与版本
正文:中文机译草稿
来源版本:2025-10-20
原文位置:§33.3;PDF 页 373、374;印刷页 356、357
处理记录:MinerU OCR;machine-translation/deepseek-v4.1-flash
核对状态:中文机译草稿 · 待校对