A Convex Hull-Based Machine Learning Algorithm for Multipartite Entanglement Classification

Quantum entanglement becomes more complicated and capricious when more than two parties are involved. There have been methods for classifying some inequivalent multipartite entanglements, such as GHZ states and W states. In this paper, based on the fact that the set of all W states is convex, we approximate the convex hull by some critical points from the inside and propose a method of classification via the tangent hyperplane. To accelerate the calculation, we bring ensemble learning of machine learning into the algorithm, thus improving the accuracy of the classification.

Automated summary

This paper introduces a method for classifying multipartite entanglement using convex hull and tangent hyperplane, and improves the accuracy of classification by applying ensemble learning of machine learning to accelerate the calculation.