Yang-Baxter solutions from commuting operators
Pramod Padmanabhan, Kun Hao, Vladimir Korepin

TL;DR
This paper introduces new solutions to the Yang-Baxter equation using commuting operators, expanding the class of integrable models with multidimensional spectral parameters and analyzing their algebraic structures.
Contribution
It constructs novel R-matrices depending on commuting operators, including additive and non-additive parameters, and explores their algebraic and spectral properties.
Findings
Constructed R-matrices with multidimensional spectral parameters
Demonstrated solutions satisfy the colored Yang-Baxter equation
Analyzed the associated Yang-Baxter algebra and transfer matrix spectrum
Abstract
We construct -matrices (with a multidimensional spectral parameter) that include additive as well as non-additive parameters. They satisfy the colored Yang-Baxter equation. The solutions depend on a set of commuting operators. They change with the representation of the latter. The associated Yang-Baxter algebra and the spectrum of the transfer matrix are also studied.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Quantum many-body systems · Neural Networks and Reservoir Computing
