Advanced Inorganic Chemistry II

Where Inorganic I treated molecules and discrete coordination complexes, this course shifts the lens to extended solids — how you actually make them, what their band structures and optical responses look like, and how techniques like Mössbauer pin down local electronic environments. Expect a problem-driven semester anchored by two midterms, homework, and a research-paper presentation where you take a current solid-state or nanochemistry topic and defend it in front of the class. It's the bridge between molecular inorganic chemistry and materials science, and the natural prerequisite if you're heading toward research in nanomaterials, catalysis, or solid-state device chemistry.