Derived Commutator Complete Algebras and Relative Koszul Duality for Operads
Lee Cohn

TL;DR
This paper establishes a duality framework connecting derived commutator complete associative and En-algebras with commutative algebras via a Koszul duality, extending to relative settings and filtrations.
Contribution
It introduces a new equivalence between derived commutator complete algebras and commutative algebras with coactions, and develops a relative Koszul duality theory for operads.
Findings
Proves equivalence between derived commutator complete associative algebras and commutative algebras with coactions.
Develops a theory of commutator complete En-algebras and their duality.
Relates the derived commutator filtration to the Poisson operad and Goodwillie tower.
Abstract
We prove that a connected commutator (or NC) complete associative algebra can be recovered in the derived setting from its abelianization together with its natural induced structure. Specifically, we prove an equivalence between connected derived commutator complete associative algebras and connected commutative algebras equipped with a coaction of the comonad arising from the adjunction between associative and commutative algebras. This provides a Koszul dual description of connected derived commutator (or NC) complete associative algebras and furthermore may be interpreted as a theory of relative Koszul duality for the associative operad relative to the commutative operad. We also prove analogous results in the setting of En-algebras. That is, we develop a theory of commutator complete En-algebras and a theory of relative Koszul duality for the En operad relative to the commutative…
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Taxonomy
TopicsAdvanced Topics in Algebra · Homotopy and Cohomology in Algebraic Topology · Pituitary Gland Disorders and Treatments
