This course covers fundamental concepts in atomic physics and basic quantum theory, starting with Bohr's semi-classical theory of atomic structure and extending to its implications in fields like atomic spectrum analysis and magnetic moments. You'll explore Heisenberg's uncertainty principle and the development of Schrodinger's wave mechanics, which are pivotal in understanding atomic behavior. It's a solid resource for anyone looking to grasp the essential principles of atomic structure and quantum theory, whether you're just starting out or wanting to deepen your existing knowledge.
What you'll learn
understanding Bohr's semi-classical theory of atomic structure
applying Bohr's theory to atomic line spectra and neutron discovery
discussing the Normal Zeeman effect and Paschen Back effect
grasping Heisenberg's uncertainty principle and wave-particle duality
exploring Schrodinger's wave mechanics and its applications