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Physics
Atomic and Molecular Physics (Web)
Syllabus
Co-ordinated by :
IIT Bombay
Available from :
2016-01-13
Lec :
1
Modules / Lectures
Module 1 : History of Atomic & Molecular Physics and basic backgrounds
Lecture 1 : Introduction to Atomic & Molecular Physics
Lecture 2 : A brief history of the development of structure of atom
Lecture 3 : Formulation of Old Quantum theory
Lecture 4 : Quantization of radiation and matter: Wave-Particle duality
Lecture 5 : Electromagnetic Radiation – Matter Interactions
Lecture 6 : Radiative transitions and spectral broadening
Module 2 : Atomic Physics and Atomic Structure
Lecture 7: Quantum Mechanical treatment of One-electron atoms
Lecture 8: Quantum Mechanical treatment of One-electron atoms : radial part
Lecture 9: Interpretation of wavefunction and modification for Alkali atoms
Lecture 10: Alkali Spectra
Lecture 11: Helium Atom
Lecture 12: Central Field Approximation
Lecture 13: Coupling of angular momentum
Lecture 14: Evaluation of Terms of an atom
Lecture 15: Evaluation of coupled wavefunction
Lecture 16: Wigner-Eckart theorem
Lecture 17: Fine structure : Spin-orbit coupling
Lecture 18: Fine Structure : multi-electron atoms
Lecture 19: j-j coupling
Lecture 20: Effect of Static Magnetic field on the spectral lines.
Lecture 21: Hyperfine Structure of Spectral Lines
Lecture 22: Zeeman effect in Hyperfine structures
Lecture 23: Electron Spin resonance spectroscopy
Lecture 24: Nuclear magnetic resonance spectroscopy (N.M.R)
Lecture 25: X- Ray Spectra
Module 3: Molecular Physics and Molecular Structure:
Lecture 26: Fundamentals of the Quantum Theory of molecule formation
Lecture 27: Understanding of Molecular Orbital
Lecture 28: Diatomic Molecule : Vibrational and Rotational spectra
Lecture 29: The rotational-vibrational spectra
Lecture 30: Raman Scattering
Lecture 31: Vibrational structure of electronic transition
Lecture 32: Rotational structure of particular electronic transition
Lecture 33: Intensity distribution in the electronic vibrational structure
Lecture 34: Term values of the electronic states of the molecule
Acknowledment and References
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