Section-I: Heat, Thermodynamics And Statistical Physics: 1. Kinetic Theory of Gases, 2. Behaviour of Real Gases, 3. Basic Ideas of Statistical Physics, 4. Maxwell-Boltzmann Statistics, 5. Quantum Statistics and Radiation, 6. First Law of Thermodynamics, 7. Second Law of Thermodynamics, 8. Entropy, 9. Maxwell's Thermodynamical Relations, 10. Liquefaction of Gases, Section-II: Optics and Laser: 1. Refraction at Spherical Surfaces, 2. Refraction through Lenses, 3. Matrix Methods in Geometrical Optics, 4. Dispersion, 5. Aberrations and Eye-Pieces, 6. Velocity of Light, 7. Wave Theory, 8. Interference (Division of Wave Front), 9. Interference by Division of Amplitude, 10. Interferometry, 11. Coherence and Laser, 12. Holography and Fibre- Optics, 13. Fresnel Diffraction, 14. Fraunhofer Diffraction, 15. Resolving Power and Dispersive Power, 16. Polarisation, 17. Production and Analysis of Polarised Light, 18. Rotatory Polarisation, Section-III: Quantum Physics (Containing Quantum Mechanics, Spectroscopy, Atomic and Molecular Physics): 1. The Electron, 2. Quantum Theory-Particle Properties of Waves, 3. Quantum Theory-Wave Properties of Particle, 4. Schrodinger's Theory of Quantum Mechanics, 5. Applications of Quantum Mechanics, 6. Schrodinger's Theory of Hydrogen Atom, 7. Atoms with One Electron and Zeeman Effect, 8. Atoms with Many Electrons, 9. X-rays, 10. Molecules and Raman Effect