Empirical Investigation of Quantum Entanglement in Topological Insulators: A Case Study of Weyl Semimetals

Abstract

This study delves into the quantum entanglement properties of topological insulators, with a specific focus on Weyl semimetals. Employing advanced entanglement entropy measures, we examine the role of surface states and their contribution to the entanglement spectrum. Our methodology integrates both theoretical models and experimental validations, providing a robust framework for understanding the quantum coherence in such materials. The findings reveal critical insights into the manipulation of quantum states, contributing to the potential development of quantum computing technologies.