ScalingStacks

0N4Z

Corollary 4.6 (Nonabelian PoincarΓ© duality). For any XX in π–²π—‰π–Ίπ–Όπ–Ύπ—Œπ–‘β‰₯𝗇\Space_{B}^{\geq n}, with associated π’Ÿβ€‹π—‚π—Œπ—„π—‡π–‘\disk^{B}_{n}-algebra Ξ©Bn​Xβˆˆπ– π—…π—€π’Ÿβ€‹π—‚π—Œπ—„π—‡π–‘β‘(π–²π—‰π–Ίπ–Όπ–Ύπ—Œ)\Omega_{B}^{n}X\in\Alg_{\disk^{B}_{n}}(\Space), there is a natural equivalence

∫MΞ©Bn​X≃Γ𝖼⁑(M,X)\int_{M}\Omega_{B}^{n}X~\simeq~\Gammac(M,X)

between the factorization homology of a BB-framed nn-manifold MM with coefficients in Ξ©Bn​X\Omega^{n}_{B}X and the space of compactly supported sections of XX over MM.

0N50

Proof. We apply Theorem 3.24: Since Γ𝖼⁑(βˆ’,X)\Gammac(-,X) is a homology theory, it is equivalent to factorization homology with coefficients in Γ𝖼⁑(ℝn,X)\Gammac(\mathbb{R}^{n},X), which is identified as the nn-fold loop space of the fiber of the map Xβ†’BX\rightarrow B, Γ𝖼⁑(ℝn,X)≃ΩBn​X\Gammac(\mathbb{R}^{n},X)\simeq\Omega^{n}_{B}X. ∎

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

David Ayala, John Francis

Original source: arXiv:1206.5522v6