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arXiv 1603.02585math.RAmath.QAmath.SG
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基于Poisson素数的非交换判别式

Noncommutative discriminants via Poisson primes

Bach Nguyen, Kurt Trampel, Milen Yakimov

摘要:

给出了非交换代数判别式的一般计算方法。它与泊松几何建立了联系,并将判别式表示为泊松素数的乘积。该方法适用于从族中特化得到的代数,如单位根上的量子代数。它是说明与量子矩阵的代数在根单位和更一般的量子舒伯特细胞代数的专业化。

英文摘要:

We present a general method for computing discriminants of noncommutative algebras. It builds a connection with Poisson geometry and expresses the discriminants as products of Poisson primes. The method is applicable to algebras obtained by specialization from families, such as quantum algebras at roots of unity. It is illustrated with the specializations of the algebras of quantum matrices at roots of unity and more generally all quantum Schubert cell algebras.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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