ScalingStacks

0N4S

Definition 3.30. Let 𝒱\mathcal{V} be a symmtric monoidal ∞\infty-category which is βŠ—\otimes-presentable. For a BB-framed nn-manifold MM and a functor X:π– π—…π—€π’Ÿβ€‹π—‚π—Œπ—„π—‡π–‘β‘(𝒱)β†’π–²π—‰π–Ίπ–Όπ–Ύπ—ŒX:\Alg_{\disk^{B}_{n}}(\mathcal{V})\rightarrow\spaces, the factorization homology of MM with coefficients in XX is the object in 𝒱\mathcal{V}

∫MX:=π—…π—‚π—†π– βˆˆπ– π–Ώπ–Ώ/π–·π—ˆπ—‰βˆ«π–¬π– \int_{M}X:=\limit_{A\in{\sf Aff}^{\op}_{/X}}\int_{M}A

where π– π–Ώπ–Ώβ‰ƒπ– π—…π—€π’Ÿβ€‹π—‚π—Œπ—„π—‡π–‘β‘(𝒱)π—ˆπ—‰{\sf Aff}\simeq\Alg_{\disk^{B}_{n}}(\mathcal{V})^{\op} is the image of the Yoneda embedding in π–₯π—Žπ—‡β‘(π– π—…π—€π’Ÿβ€‹π—‚π—Œπ—„π—‡π–‘β‘(𝒱),π–²π—‰π–Ίπ–Όπ–Ύπ—Œ)\Fun\bigl(\Alg_{\disk_{n}^{B}}(\mathcal{V}),\spaces\bigr).

Original mathematics by the credited authors. Source collection and HTML conversion remain in progress.

David Ayala, John Francis

Original source: arXiv:1206.5522v6