Deciding Unitary Equivalence Between Matrix Polynomials and Sets of Bipartite Quantum States

Details Deciding Unitary Equivalence Between Matrix Polynomials and Sets of Bipartite Quantum States Deciding Unitary Equivalence Between Matrix Polynomials and Sets of Bipartite Quantum States

2010-10-05

arxiv.org/abs/1010.1018v1

Physics

Quantum Physics

Scientific paper

In this brief report, we consider the equivalence between two sets of $m+1$ bipartite quantum states under local unitary transformations. For pure states, this problem corresponds to the matrix algebra question of whether two degree $m$ matrix polynomials are unitarily equivalent; i.e. $UA_iV^\dagger=B_i$ for $0\leq i\leq m$ where $U$ and $V$ are unitary and $(A_i, B_i)$ are arbitrary pairs of rectangular matrices. We present a randomized polynomial-time algorithm that solves this problem with an arbitrarily high success probability and outputs transforming matrices $U$ and $V$.

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