软函数代数的德拉姆同调分裂是乘法性的

Igor Baskov
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引用次数: 0

摘要

让 $A$ 是一个实软函数代数。在 arXiv:2208.11431 中,我们得到了一个典型分裂 $\mathrm{H}^* (\Omega ^\bullet _{A|\mathrm{R}}) \cong\mathrm{H}^* (X,\mathrm{R})\oplus \text{(something)}$ via the canonical maps$\Lambda_A:\mathrm{H}^* (X,\mathrm{R})\to\mathrm{H}^* (\Omega ^\bullet_{A|\mathrm{R}})$ 和 $\Psi_A:\mathrm{H}^* (\Omega ^\bullet_{A|\mathrm{R}})\to\mathrm{H}^* (X,\mathrm{R})$.本文将证明这些映射是乘法映射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The splitting of the de Rham cohomology of soft function algebras is multiplicative
Let $A$ be a real soft function algebra. In arXiv:2208.11431 we have obtained a canonical splitting $\mathrm{H}^* (\Omega ^\bullet _{A|\mathrm{R}}) \cong \mathrm{H} ^* (X,\mathrm{R})\oplus \text{(something)}$ via the canonical maps $\Lambda_A:\mathrm{H} ^* (X,\mathrm{R})\to\mathrm{H} ^* (\Omega ^\bullet _{A|\mathrm{R}})$ and $\Psi_A:\mathrm{H} ^* (\Omega ^\bullet _{A|\mathrm{R}})\to\mathrm{H} ^* (X,\mathrm{R})$. In this paper we prove that these maps are multiplicative.
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