Birational morphisms in quantum toric geometry
Antoine Boivin

TL;DR
This paper explores birational morphisms in quantum toric geometry, focusing on weighted blow-ups and cobordism-induced morphisms between quantum toric stacks, extending classical concepts to stacks with irrational cones.
Contribution
It introduces the study of birational morphisms in quantum toric stacks, including weighted blow-ups with arbitrary weights and cobordism-induced morphisms, expanding classical toric geometry to the quantum setting.
Findings
Characterization of birational morphisms between quantum toric stacks.
Extension of weighted blow-ups to irrational cones.
Analysis of cobordism-induced morphisms in quantum toric geometry.
Abstract
In this paper, we investigate birational toric morphisms between quantum toric stacks -- namely, toric (analytic) stacks associated with fans whose cones may be irrational -- focusing on two primary classes of examples: weighted blow-ups with arbitrary weights, and morphisms induced by cobordisms.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Polynomial and algebraic computation · Advanced Combinatorial Mathematics
