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26 January 2021
  » arxiv » quant-ph/0306053

 Article overview

Bures/statistical distinguishability probabilities of triseparable and biseparable Eggeling-Werner States
Paul B. Slater ;
Date 6 Jun 2003
Subject quant-ph
AffiliationUniversity of California
AbstractIn a number of previous studies, we have investigated the use of the volume element of the Bures (minimal monotone) metric -- identically, one-fourth of the statistical distinguishability (SD) metric -- as a natural measure over the (n^2-1)-dimensional convex set of n x n density matrices. This has led us for the cases n = 4 and 6 to estimates of the prior (Bures/SD) probabilities that qubit-qubit and qubit-qutrit pairs are separable. Here, we extend this work from such bipartite systems to the tripartite "laboratory’’ quantum systems possessing U x U x U symmetry recently constructed by Eggeling and Werner (Phys. Rev. A 63 [2001], 042324). We derive the associated SD metric tensors for the three-qubit and three-qutrit cases, and then obtain estimates of the various related Bures/SD probabilities using Monte Carlo methods.
Source arXiv, quant-ph/0306053
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