An in-depth study of advanced inorganic chemistry with emphasis on theoretical foundations and their application to modern nanomaterials. Topics include quantum mechanical models of atoms and molecules; symmetry and group theory; molecular orbital theory; solid-state structure; electronic properties of solids; and the chemistry of transition-metal and main-group systems. The course explores how electronic structure and symmetry principles govern magnetic, optical, and electronic behavior in extended solids and nanoscale materials. Additional topics may include advanced characterization methods, inorganic materials design, and critical analysis of primary literature. The course consists primarily of lectures and may include literature discussions or project-based components.
Or permission of the instructor.