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Graded Tensor Products and the Problem of Tensor Grade Computation and Reduction

机译:张量级乘积与张量级计算与归约问题

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摘要

We consider a non-negative integer valued grading function on tensor products which aims to measure the extent of entanglement. This rading, unlike most of the other measures of entanglement, is defined exclusively in terms of the tensor product. It gives a possibility to approach the notion of entanglement in a more refined manner, as the non-entangled elements are those of grade zero or one, while the rest of elements with grade at least two are entangled, and the higher its grade, the more entangled an element of the tensor product is. The problem of computing and reducing the grade is studied in products of arbitrary vector spaces over arbitrary fields.
机译:我们考虑了张量积的非负整数值分级函数,该函数旨在测量纠缠程度。与大多数其他纠缠度量不同,此辐射仅根据张量积定义。它提供了一种以更精细的方式处理纠缠概念的可能性,因为非纠缠元素是零或一级的元素,而其余至少具有两个等级的元素被纠缠,并且其级别越高,则纠缠程度越高。张量积的一个元素更加纠缠。在任意域上的任意向量空间的乘积中研究了计算和降低等级的问题。

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