Generators in formal deformations of categories

Author:

Blanc Anthony,Katzarkov Ludmil,Pandit Pranav

Abstract

In this paper we use the theory of formal moduli problems developed by Lurie in order to study the space of formal deformations of a$k$-linear$\infty$-category for a field$k$. Our main result states that if${\mathcal{C}}$is a$k$-linear$\infty$-category which has a compact generator whose groups of self-extensions vanish for sufficiently high positive degrees, then every formal deformation of${\mathcal{C}}$has zero curvature and moreover admits a compact generator.

Publisher

Wiley

Subject

Algebra and Number Theory

Reference16 articles.

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4. [Pre12] A. Preygel , Thom-Sebastiani and duality for matrix factorizations, and results on the higher structures of the Hochschild invariants, PhD thesis, Massachusetts Institute of Technology (2012).

5. [Lur11a] J. Lurie , Derived algebraic geometry IX: closed immersions, last update June 2011,www.math.harvard.edu/∼lurie.

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