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首页> 外文期刊>Communications in Mathematical Physics >Two-parameter Quantum Affine Algebra Ur,s([^(mathfrak sln)])U_{r,s}(widehat{mathfrak {sl}_n}), Drinfel’d Realization and Quantum Affine Lyndon Basis
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Two-parameter Quantum Affine Algebra Ur,s([^(mathfrak sln)])U_{r,s}(widehat{mathfrak {sl}_n}), Drinfel’d Realization and Quantum Affine Lyndon Basis

机译:两参数量子仿射代数U r,s ([^(mathfrak sl n )])U_ {r,s}(widehat {mathfrak {sl} _n}) ,Drinfel的实现和量子仿射Lyndon基础

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We further define two-parameter quantum affine algebra Ur,s([^(mathfrak sln)])U_{r,s}(widehat{mathfrak {sl}_n}) (n > 2) after the work on the finite cases (see [BW1,BGH1,HS,BH]), which turns out to be a Drinfel’d double. Of importance for the quantum affine cases is that we can work out the compatible two-parameter version of the Drinfel’d realization as a quantum affinization of Ur,s(mathfraksln)U_{r,s}({mathfrak{sl}}_n) and establish the Drinfel’d Isomorphism Theorem in the two-parameter setting, via developing a new combinatorial approach (quantum calculation) to the quantum affine Lyndon basis we present (with an explicit valid algorithm based on the use of Drinfel’d generators).
机译:我们进一步定义两参数量子仿射代数U r,s ([^(mathfrak sl n )])U_ {r,s}(widehat {mathfrak {sl} _n})(n> 2)在有限情况下工作(请参阅[BW1,BGH1,HS,BH]),结果证明是Drinfel'd double。对于量子仿射情况,重要的是我们可以得出兼容的两参数版本的Drinfel'd实现,作为U r,s (mathfraksl n )U_ {r,s}({mathfrak {sl}} _ n)并通过开发一种新的组合方法(量子计算)到我们提出的量子仿射Lyndon基础,在两参数设置中建立Drinfel'd同构定理(使用基于Drinfel生成器的显式有效算法)。

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