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The isomorphism problem for quantum affine spaces, homogenized quantized Weyl algebras, and quantum matrix algebras

机译:量子仿射空间的同构问题,均质化量化Weyl代数和量子矩阵代数

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Bell and Zhang have shown that if A and B are two connected graded algebras finitely generated in degree one that are isomorphic as ungraded algebras, then they are isomorphic as graded algebras. We exploit this result to solve the isomorphism problem in the cases of quantum affine spaces, quantum matrix algebras, and homogenized multiparameter quantized Weyl algebras. Our result involves determining the degree one normal elements, factoring out, and then repeating. This creates an iterative process that allows one to determine relationships between relative parameters. (C) 2016 Elsevier B.V. All rights reserved.
机译:钟和张先表明,如果A和B有两个连接的分级代数,则在一定程度上产生一个是未分子的代数,那么它们是等级代数的同性。 我们利用这一结果来解决量子仿射空间,量子基质代数和均质多游ameter量化Weyl代数的同构题。 我们的结果涉及确定一个正常元素,分解,然后重复。 这创建了一个迭代过程,允许人们确定相对参数之间的关系。 (c)2016年Elsevier B.v.保留所有权利。

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