Combinatorial solutions to the reflection equation
Agata Smoktunowicz, Leandro Vendramin, Robert Weston

TL;DR
This paper introduces algebraic methods, including ring theory and skew braces, to generate solutions to the reflection equation, advancing the understanding of its set-theoretic and parameter-dependent forms.
Contribution
It combines ring-theoretic and skew brace techniques to systematically construct solutions to the reflection equation, including parameter-dependent cases.
Findings
Constructed new set-theoretic solutions to the reflection equation.
Developed methods to produce solutions for parameter-dependent reflection equations.
Enhanced algebraic framework for solving the reflection equation.
Abstract
We use ring-theoretic methods and methods from the theory of skew braces to produce set-theoretic solutions to the reflection equation. We also use set-theoretic solutions to construct solutions to the parameter-dependent reflection equation.
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