Learn · The Science of Light Amplification: An Extensive Laser course
Lecture 27 of 63week-06
Week 06: Lecture 27: Inertial Confinement Fusion
Prof. Paramita Deb · Bhabha Atomic Research Centre(BARC)-IIT Bombay
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- The Science of Light Amplification: An Extensive Laser course, Bhabha Atomic Research Centre(BARC)-IIT Bombay (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Bombay.
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All the lectures
- Week 01: Lecture 01: Introduction to Lasers and the Electromagnetic Spectrum
- Week 01:Lecture 02: Stimulated Emission & Spontaneous Emission & Properties of Laser.
- Week 01: Lecture 03: Population Inversion in a Laser medium
- Week 01: Lecture 04: Laser Oscillations and the Optical Resonator
- Week 01: Lecture 05: Line Broadening Mechanism - 1
- Week 02: Lecture 06: Line Broadening Mechanism - 2
- Week 02: Lecture 07: Laser Resonators - 1
- Week 02: Lecture 08: Laser Resonators - 2
- Week 02: Lecture 09: Gas laser examples.
- Week 02: Lecture 10: Gas lasers and Solid State Lasers.
- Week 03: Lecture 11: Solid State Lasers
- Week 03: Lecture 12: Pulsed Lasers and Optical shutters
- Week 03: Lecture 13: Modes and Mode Locking
- Week 03: Lecture 14: The technique of Mode Locking
- Week 03: Lecture 15: Time Bandwidth product and Ultra short pulse
- Week 04: Lecture 16: Non - linear phenomenon in optics
- Week 04: Lecture 17: Self - focusing and Self - phase - modulation
- Week 04: Lecture 18: Second Harmonic Generation (SHG)
- Week 04: Lecture 19: Phase matching and SHG
- Week 04: Lecture 20: Anisotropic medium and SHG
- Week 05: Lecture 21: Birefringent Crystals and Phase Matching
- Week 05: Lecture 22 : Semiconductor Basics
- Week 05: Lecture 23: Photon Absorption & Emission in Semiconductors
- Week 05: Lecture 24: p-n Junction and the Semiconductor Laser
- Week 05: Lecture 25: Types of Semiconductor Laser.
- Week 06: Lecture 26: Nuclear Fusion
- Week 06: Lecture 27: Inertial Confinement Fusion
- Week 06: Lecture 28: Master Oscillator and Power Amplifier Chain.
- Week 06: Lecture 29: Amplifier Chain.
- Week 06: Lecture 30: Chirped Pulse Amplification-1
- Week 07: Lecture 31: Chirped Pulse Amplification-2
- Week 07: Lecture 32: Ultra-Short-Pulse Oscillator
- Week 07: Lecture 33: Ultra-Short-Pulse Amplification-1
- Week 07: Lecture 34: Ultra-Short-Pulse Amplification-2
- Week 07: Lecture 35: Stretching and Compressing a Pulse
- Week 08: Lecture 36: Stretching and Compressing a Pulse
- Week 08: Lecture 37: The Auto-Correlation Technique for Temporal Pulse Measurement
- Week 08: Lecture 38: Frequency Resolved Optical Gating for Temporal Pulse measurement
- Week 08: Lecture 39: Light Detection And Ranging (LIDAR)
- Week 08: Lecture 40: Remote Sensing.
- Week 09:Lecture 41: Optical Tweezers.
- Week 09: Lecture 42: Lasers in Spectroscopy.
- Week 09: Lecture 43: Dye Laser.
- Week 09: Lecture 44: Tuning a laser with a grating.
- Week 09: Lecture 45: Details of a grating.
- Week 10: Lecture 46: Multi - Photon Processes.
- Week 10: Lecture 47: Laser Enrichment Method.
- Week 10: Lecture 48: Laser Raman Spectroscopy.
- Week 10: Lecture 49: Polarization Of Electromagnetic Waves.
- Week 10: Lecture 50: Polarizer &. Analyzer.
- Week 11: Lecture 51: Interference of Electromagnetic waves - 1.
- Week 11: Lecture 52: Interference Of Electromagnetic waves - 2.
- Week 11: Lecture 53: Interference Patterns - 1
- Week 11: Lecture 54: Interference Patterns - 2
- Week 11: Lecture 55: Interference Pattern - 3.
- Week 12: Lecture 56: Fabry - Perot Cavity
- Week 12: Lecture 57: Holography 1
- Week 12: Lecture 58: Holography - 2
- Week 12: Lecture 59: Holography - 3
- Week 12: Lecture 60: Holography - 4
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- Live Session 03-04-2025