Serre duality for dg-algebras
Michael K. Brown, Prashanth Sridhar

TL;DR
This paper extends Serre duality to noncommutative spaces linked with dg-algebras, providing new duality results, finiteness properties, and generalizations of dualizing complexes in this setting.
Contribution
It generalizes Yekutieli-Zhang's Serre duality to dg-algebras and introduces a broader notion of balanced dualizing complexes for noncommutative spaces.
Findings
Established noncommutative Serre duality for dg-algebras
Proved finiteness properties of derived global sections
Generalized the concept of balanced dualizing complexes
Abstract
We generalize Yekutieli-Zhang's noncommutative Serre Duality Theorem to the setting of noncommutative spaces associated to dg-algebras. As an application, we establish some finiteness properties of derived global sections over such noncommutative spaces. Along the way, we generalize Yekutieli's notion of a balanced dualizing complex to the setting of dg-algebras and establish some cases in which they exist.
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Taxonomy
TopicsAdvanced Topics in Algebra · Advanced Algebra and Logic · Rings, Modules, and Algebras
