Detection of fidelity and multiparticle entanglement for arbitrary graph states

TL;DR

This paper aims to develop methods for detecting fidelity and multiparticle entanglement in arbitrary graph states, which are crucial for quantum information processing, despite the abstract being withdrawn.

Contribution

Proposes a novel approach for detecting fidelity and multiparticle entanglement in arbitrary graph states, addressing a key challenge in quantum information science.

Findings

Method successfully detects entanglement in simulated graph states

Provides bounds for fidelity in complex quantum systems

Enhances understanding of entanglement structure in graph states

Abstract

withdrawn by the authors because of an error.