Revealing Electronic Structure and Topological States of Charge Density Wave Compounds

Explore the fascinating intersection of topological states of matter and correlated states in quantum materials through this comprehensive lecture. Delve into the study of charge density waves and topological phases in transition metal tetrachalcogenides, specifically TaTe4 and NbTe4. Examine the unique physics arising from these quasi-one-dimensional materials, which are known for their charge density wave properties and predicted topological semimetal characteristics. Gain insights into recent experimental efforts to uncover the intricacies of charge density wave phases and potential topological states in these compounds. Learn about ultra-high magnetic field transport measurements and their role in revealing the electronic structure of transition metal tetrachalcogenides. Discover how ab-initio calculations complement experimental findings, leading to intriguing conclusions about the possible topological nature of these materials. Enhance your understanding of condensed matter physics and explore the cutting-edge research in this active field of study.