SET-THEORETIC SOLUTIONS OF THE YANG–BAXTER EQUATION, RC-CALCULUS, AND GARSIDE GERMS PATRICK DEHORNOY Abstract. Building on a result by W. Rump, we show how to exploit the right-cyclic law (xy)(xz) = (yx)(yz) in order t - XZ - Document - PDFSEARCH.IO

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	SET-THEORETIC SOLUTIONS OF THE YANG–BAXTER EQUATION, RC-CALCULUS, AND GARSIDE GERMS PATRICK DEHORNOY Abstract. Building on a result by W. Rump, we show how to exploit the right-cyclic law (xy)(xz) = (yx)(yz) in order t Add to Reading List Document Date: 2014-05-06 11:01:23 Open Document File Size: 345,18 KB Share Result on Facebook Company RCquasigroup / Baxter / / IndustryTerm involutive nondegenerate set-theoretic solution / involutivity law / set-theoretic solutions / structure / leftselfdistributivity law / involutive nondegenerate set-theoretic solutions / associative product / linear operator / involutive set-theoretic solutions / algebraic law / set-theoretic solution / algebraic systems / rightcyclic law / nondegenerate set-theoretic solution / similar product / left-cyclic law / / Person Tatiana Gateva-Ivanova / Gilbert Levitt / Wolfgang Rump / Eric Jespers / PATRICK DEHORNOY / M. Van den Bergh / Eddy Godelle / Jan Okni / / Position Acknowledgments The author / / Product RC / Garside / / SocialTag Semigroup theory Algebraic structures Nonassociative algebra Category theory Monoid Quasigroup Inverse element Entailment Garside element Abstract algebra

SET-THEORETIC SOLUTIONS OF THE YANG–BAXTER EQUATION, RC-CALCULUS, AND GARSIDE GERMS PATRICK DEHORNOY Abstract. Building on a result by W. Rump, we show how to exploit the right-cyclic law (xy)(xz) = (yx)(yz) in order tAdd to Reading List