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Geometric and Combinatorial Realizations of Crystals of Enveloping Algebras

机译:几何和组合的包络代数晶体的实现

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Kashiwara and Saito have defined a ciystal structure on the set of irreducible components of Lusztig's quiver varieties This gives a geometric realization of the crystal graph of the lower half of the quantum group associated to a simply-laced Kac-Moody algebra Using an enumeration of the irreducible components of Lusztig's quiver varieties in finite and affine type A by combinatorial data, we compute the geometrically defined crystal structure in terms of this combinatorics. We conclude by comparing the combinatorial realization of the crystal graph thus obtained with other combinatorial models involving Young tableaux and Young walls.
机译:Kashiwara和Saito在Lusztig Quivier品种的一组IRRAFUIBIBL组件上定义了一种CIYSTAL结构,这给出了用枚举相关的量子组下半部分的晶体图的几何实现Lusztig Quiver品种的Irreafible组件在有限和仿射型A通过组合数据,我们根据该组合学计算几何定义的晶体结构。我们通过比较了与涉及年轻的Tableaux和年轻墙壁的其他组合模型获得的晶体图的组合实现来得出结论。

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