Lecture 1 - Introduction to Lasers and the Electromagnetic Spectrum Lecture 2 - Stimulated Emission and Spontaneous Emission and Properties of Laser Lecture 3 - Population Inversion in a Laser medium Lecture 4 - Laser Oscillations and the Optical Resonator Lecture 5 - Line Broadening Mechanism - 1 Lecture 6 - Line Broadening Mechanism - 2 Lecture 7 - Laser Resonators - 1 Lecture 8 - Laser Resonators - 2 Lecture 9 - Gas laser examples Lecture 10 - Gas lasers and Solid State Lasers Lecture 11 - Solid State Lasers Lecture 12 - Pulsed Lasers and Optical shutters Lecture 13 - Modes and Mode Locking Lecture 14 - The technique of Mode Locking Lecture 15 - Time Bandwidth product and Ultra short pulse Lecture 16 - Non-linear phenomenon in optics Lecture 17 - Self-focusing and Self-phase-modulation Lecture 18 - Second Harmonic Generation (SHG) Lecture 19 - Phase matching and SHG Lecture 20 - Anisotropic medium and SHG Lecture 21 - Birefringent Crystals and Phase Matching Lecture 22 - Semiconductor Basics Lecture 23 - Photon Absorption and Emission in Semiconductors Lecture 24 - p-n Junction and the Semiconductor Laser Lecture 25 - Types of Semiconductor Laser Lecture 26 - Nuclear Fusion Lecture 27 - Inertial Confinement Fusion Lecture 28 - Master Oscillator and Power Amplifier Chain Lecture 29 - Amplifier Chain Lecture 30 - Chirped Pulse Amplification - 1 Lecture 31 - Chirped Pulse Amplification - 2 Lecture 32 - Ultra-Short-Pulse Oscillator Lecture 33 - Ultra-Short-Pulse Amplification - 1 Lecture 34 - Ultra-Short-Pulse Amplification - 2 Lecture 35 - Stretching and Compressing a Pulse Lecture 36 - Stretching and Compressing a Pulse Lecture 37 - The Auto-Correlation Technique for Temporal Pulse Measurement Lecture 38 - Frequency Resolved Optical Gating for Temporal Pulse measurement Lecture 39 - Light Detection And Ranging (LIDAR) Lecture 40 - Remote Sensing Lecture 41 - Optical Tweezers Lecture 42 - Lasers in Spectroscopy Lecture 43 - Dye Laser Lecture 44 - Tuning a laser with a grating Lecture 45 - Details of a grating Lecture 46 - Multi-Photon Processes Lecture 47 - Laser Enrichment Method Lecture 48 - Laser Raman Spectroscopy Lecture 49 - Polarization Of Electromagnetic Waves Lecture 50 - Polarizer and Analyzer Lecture 51 - Interference of Electromagnetic waves - 1 Lecture 52 - Interference Of Electromagnetic waves - 2 Lecture 53 - Interference Patterns - 1 Lecture 54 - Interference Patterns - 2 Lecture 55 - Interference Patterns - 3 Lecture 56 - Fabry - Perot Cavity Lecture 57 - Holography - 1 Lecture 58 - Holography - 2 Lecture 59 - Holography - 3 Lecture 60 - Holography - 4