Learn · Ultrafast laser spectroscopy
Lecture 65 of 68Week 12
Lecture 63 : Multiexciton in semiconductor nanocrystals - Part 2
Prof. Anindya Datta · IIT Bombay
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- Ultrafast laser spectroscopy, IIT Bombay (at NPTEL)
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All the lectures
- Lecture 1 : Introduction
- Lecture 2 : Steady State Spectra
- Lecture 3 : Spectro Photometer
- Lecture 4 : How to record Absorption and Emission Spectra
- Lecture 5 : Excited state processes
- Lecture 6 : TCSPC for picosecond- Nanosecond Time Domain
- Lecture 7 : TCSPC for picosecond- Nanosecond Time Domain (Contd.)
- Lecture 8 : TCSPC Lab
- Lecture 9 : Data Fitting 1
- Lecture 10 : Data Fitting 2
- Lecture 11 : Femtosecond Fluorescence Upconversion 1
- Lecture 12 : Femtosecond Fluorescence Upconversion 2
- Lecture 13 : Femtosecond Fluorescence Upconversion 3
- Lecture 14 : FOG Lab
- Lecture 15-Part 1 : Gate Detectors and Streak Camera
- Lecture 15-Part 2 : Gate Detectors and Streak Camera
- Lecture 16 : Stimulated Emission
- Lecture 17 : Two Level System
- Lecture 18 : 3 & 4 level system
- Lecture 19 : From CW to Pulsed Laser
- Lecture 20 : Longitudinal modes
- Lecture 21 : Modelocking for short pulses
- Lecture 22 : Modelocking for short pulses (Contd.)
- Lecture 23 : Kerr lens Modelocking for femtosecond pulses
- Lecture 24 : Titanium Sapphire lasers
- Lecture 25 : Active and Passive Modelocking
- Lecture 26 : Modelocking and cavity damping
- Lecture 27 : Ti:Sapphire laser (Lab visit)
- Lecture 28 : Cavity Dumping
- Lecture 29 : Cavity dumping (Contd.)
- Lecture 30 : Q switching
- Lecture 31 : Stretching and compressing ultrafast laser pulses
- Lecture 32 : Pulse stretcher/ Compressor: Single Grating
- Lecture 33 : Chirped pulsed amplification
- Lecture 34 : Oscillators and Amplifier: Design and materials
- Lecture 35 : Alexandrite and fibril lasers
- Lecture 36 : Regenerative amplifier in our lab
- Lecture 37 : Brief overview of nonlinear optical phenomena
- Lecture 38 : Brief overview of nonlinear optical phenomena(contd.)
- Lecture 39 : Brief overview of nonlinear optical phenomena(contd.)
- Lecture 40 : SFG and SHG with ultrafast pulses
- Lecture 41 : SFG and SHG with ultrafast pulses (Contd.)
- Lecture 42 : Optical parametric generation and amplification
- Lecture 43 : OPA in our lab TOPAS C-Part 1
- Lecture 44 : OPA in our lab TOPAS C-Part 2
- Lecture 45 : OPA in our lab TOPAS C-Part 3
- Lecture 46 : Snapshots of bond breaking
- Lecture 47 Part-1 : Twisted Intramolecular Charge Transfer
- Lecture 47 Part-2 : Twisted Intramolecular Charge Transfer
- Lecture 48 : Solvation dynamics-Part 1
- Lecture 49 : Solvation dynamics-Part 2
- Lecture 50 : Vibrational energy transfer in water
- Lecture 51 : Excited state proton transfer: Introduction
- Lecture 52 : Excited state double proton transfer of 7-Azaindole dimer 1
- Lecture 53 : Excited state double proton transfer of 7-Azaindole dimer 2
- Lecture 54 : Excited state double proton transfer of 7-Azaindole dimer 3
- Lecture 55 : Plasmonic nanoparticles 1
- Lecture 56 : Plasmonic nanoparticles 2
- Lecture 57 : Nanoclusters
- Lecture 58 : Semiconductor Nanocrystals - Part 1
- Lecture 59 : Semiconductor nanocrystals - Part 2
- Lecture 60 : Radiative and Nonradiative Relaxation Pathways in CdSe Nanocrystals - Part 1
- Lecture 61 : Radiative and Nonradiative Relaxation Pathways in CdSe Nanocrystals - Part 2
- Lecture 62 : Multiexciton in semiconductor nanocrystals - Part 1
- Lecture 63 : Multiexciton in semiconductor nanocrystals - Part 2
- Lecture 64 : Two dimensional Infrared spectroscopy: Introduction
- Lecture 65 : 2DIR: Techniques
- Live Session 27-02-2020