Finite presentations for stated skein algebras and lattice gauge field theory
Julien Korinman

TL;DR
This paper establishes finite presentations for stated skein algebras, proves their Koszul property, and shows their isomorphism to quantum moduli algebras in lattice gauge field theory, extending prior results.
Contribution
It provides finite algebraic presentations and links skein algebras to quantum moduli algebras, broadening understanding in quantum topology and gauge theory.
Findings
Stated skein algebras have finite presentations.
These algebras are Koszul.
They are isomorphic to quantum moduli algebras.
Abstract
We provide finite presentations for stated skein algebras and deduce that those algebras are Koszul and that they are isomorphic to the quantum moduli algebras appearing in lattice gauge field theory, generalizing previous results of Bullock, Frohman, Kania-Bartoszynska and Faitg.
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Taxonomy
TopicsCold Atom Physics and Bose-Einstein Condensates · Quantum many-body systems · Algebraic structures and combinatorial models
