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Explore advanced quantum mechanical principles through this comprehensive video lecture series designed for MSc Chemistry students at Kerala University. Master the quantum mechanical treatment of particles in various systems, beginning with particle-in-a-ring models and progressing to particle-on-a-sphere calculations. Delve deep into hydrogen-like atoms through detailed analysis of wave equations, quantum numbers (n, l, m), normalized radial functions, and angular components of wavefunctions. Examine multi-electronic atomic systems with focus on the helium atom using perturbation theory approaches. Understand the fundamental concepts of symmetric and anti-symmetric wavefunctions, electron spin postulates, and spin orbitals in helium atoms. Learn Pauli's exclusion principle and its application to anti-symmetric wavefunctions, along with spin-orbit coupling phenomena. Master the construction and interpretation of term symbols, selection rules, and their applications to hydrogen spectroscopy. The series provides systematic coverage of quantum chemistry fundamentals essential for understanding atomic structure, electronic behavior, and spectroscopic properties of atoms and molecules.
