Polyhedral products in abstract and motivic homotopy theory

William Hornslien
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Abstract

We introduce polyhedral products in an $\infty$-categorical setting. We generalize a splitting result by Bahri, Bendersky, Cohen, and Gitler that determines the stable homotopy type of the a polyhedral product. We also introduce a motivic refinement of moment-angle complexes and use the splitting result to compute cellular $\mathbb{A}^1$-homology, and $\mathbb{A}^1$-Euler characteristics.
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抽象和动机同调理论中的多面体积
我们在$\infty$-categorical 背景下引入多面体积。我们推广了巴赫里、本德斯基、科恩和吉特勒的一个分裂结果,该结果确定了多面体积的稳定同调类型。我们还引入了矩角复数的动机细化,并利用分裂结果计算了单元$\mathbb{A}^1$同调和$\mathbb{A}^1$欧拉特征。
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