Remarks on the equivalence between differential graded categories and A-infinity categories
James Pascaleff

TL;DR
This paper demonstrates the equivalence of homotopy theories of differential graded categories and A-infinity categories over a field at the $( abla,1)$-categorical level, linking different categorical frameworks.
Contribution
It establishes the $( abla,1)$-categorical equivalence between dg-categories and A-infinity categories, building on a key theorem and general relationships between various $( abla,1)$-categories.
Findings
Homotopy theories of dg-categories and A-infinity categories are equivalent.
The equivalence holds at the $( abla,1)$-categorical level.
Results rely on a theorem by Canonaco-Ornaghi-Stellari and categorical relationships.
Abstract
We show that the homotopy theories of differential graded categories and -categories over a field are equivalent at the -categorical level. The results are corollaries of a theorem of Canonaco-Ornaghi-Stellari combined with general relationships between different versions of -categories.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Algebraic structures and combinatorial models · Algebraic Geometry and Number Theory
