Learning

Chemistry of Quantum Materials: From Electronic Structure to Topological Matter

Crystal Field Theory and Ligand Field Theory → Spintronics and Device Applications

This graduate-level path explores the chemistry underpinning quantum materials, focusing on how electronic structure gives rise to topological phenomena. It covers essential solid-state chemistry, band theory, and synthesis principles, then applies them to topological insulators, Dirac/Weyl materials, and spintronics applications.