Deformations of Lie brackets and representations up to homotopy
Camilo Arias Abad, Florian Schaetz

TL;DR
This paper develops a functorial approach to differentiating representations up to homotopy, proves a van Est isomorphism theorem, and confirms a conjecture on Lie bracket deformations.
Contribution
It introduces a functorial differentiation method for representations up to homotopy and proves a van Est isomorphism theorem related to Lie bracket deformations.
Findings
Established a van Est type isomorphism theorem.
Proved a conjecture of Crainic and Moerdijk on Lie bracket deformations.
Demonstrated functorial differentiation of representations up to homotopy.
Abstract
We show that representations up to homotopy can be differentiated in a functorial way. A van Est type isomorphism theorem is established and used to prove a conjecture of Crainic and Moerdijk on deformations of Lie brackets.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Advanced Topics in Algebra · Algebraic structures and combinatorial models
