King's Conjecture and the Cox category
Matthew R. Ballard, Christine Berkesch, Michael K. Brown, Lauren Cranton Heller, Daniel Erman, David Favero, Sheel Ganatra, Andrew Hanlon, and Jesse Huang

TL;DR
This paper proves King's Conjecture for a category constructed from derived categories of toric varieties associated with a Cox ring, extending classical ideas to a broader class of semiprojective toric varieties.
Contribution
It provides a new realization of King's Conjecture for a category built from all toric varieties linked to a Cox ring, generalizing Beilinson and Bondal's approaches.
Findings
Proves King's Conjecture in a new categorical context
Extends classical methods to all semiprojective toric varieties
Connects derived categories with Cox ring structures
Abstract
We state and prove a realization of King's Conjecture for a category glued from the derived categories of all of the toric varieties arising from a given Cox ring. Our perspective extends ideas of Beilinson and Bondal to all semiprojective toric varieties.
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Taxonomy
TopicsAdvanced Topics in Algebra · Mathematics and Applications · Geometric and Algebraic Topology
