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Explore the fundamental physics governing materials at atomic scales through this comprehensive five-unit online course that develops a unified framework connecting atomic-level processes to macroscopic material properties. Master quantum mechanics and electronic structure fundamentals, starting with basic quantum principles and progressing through the hydrogen atom, excited states, and optical quantum wells. Delve into electronic structure and chemical bonding by examining the nature of chemical bonds, simple hydride structures, atomic orbital combinations, and crystal electronic structures including band theory. Learn molecular dynamics simulations and interatomic potentials for various material systems including metals, semiconductors, and molecular materials, while understanding normal modes and phonons in atomic dynamics. Connect microscopic and macroscopic worlds through statistical mechanics, exploring canonical ensembles, harmonic solid behavior, quantum statistical mechanics of electrons, and isothermal/isobaric molecular dynamics simulations. Advance to ab initio electronic structure calculations using Hartree-Fock methods, density functional theory, reactive interatomic potentials, and practical applications in thermal transport modeling. Designed at graduate-level rigor for first-year students, this course requires no admission requirements and can be completed remotely from anywhere in the world, making advanced materials science education accessible to a global audience.
