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Lecture 12-Properties of Laser: Directionality and Intensity, by Manabendra Chandra

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Lecture 12: Discussion on Gibbs Energy, by Nand Kishore

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Lecture 12: Taxes and Demand & Supply Framework, by Barnali Nag

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Lecture 13 : Normal Vibrational Modes Polyatomic Molecules, by K. Mangala Sunder

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Lecture 13 : Problem Solving Approach, by Prof.Debabrata Maiti

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Lecture 13 : Schonflies and Hermann-Mauguin Conventions, by Madhav Ranganathan

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Lecture 13-Basics of NMR, by Debabrata Goswami

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Lecture 13-Properties of Laser: Coherence and Monochromaticity, by Manabendra Chandra

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Lecture 13: Elasticity and Taxes, by Barnali Nag

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Lecture 13: Maxwell Relations, Properties of Gibbs Energy, by Nand Kishore

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Lecture 13Microstates of a System (Contd.), by Srabani Taraphder

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Lecture 14 : Fundamentals of Statistical Mechanics, by Srabani Taraphder

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Lecture 14 : Linear Free Energy Relationships (LFER), by Nandita Madhavan

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Lecture 14-Concepts in NMR Quantum Computing, by Debabrata Goswami

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Lecture 14-Continuous and Pulsed Lasers, by Manabendra Chandra

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Lecture 14: Efficiency and Market Equilibrium, by Barnali Nag

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Lecture 14: Further discussion on Properties of Gibbs Energy, by Nand Kishore

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Lecture 15 : Practical Aspects of Fourier Transform NMR Spectra, by Ashutosh Kumar

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Lecture 15 : Statistical Ensembles, by Srabani Taraphder

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Lecture 15 Review of Week 3 and Practice Problems, by Madhav Ranganathan

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Lecture 15-Laser Basics, by Debabrata Goswami

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Lecture 15-Some Numerical Problem, by Manabendra Chandra

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Lecture 15: Fugacity, by Nand Kishore

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Lecture 15: Production and Cost, by Barnali Nag

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Lecture 16 : Data Processing in Fourier Transform NMR, by Ashutosh Kumar

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Lecture 16 : Microstates of a System, by Srabani Taraphder

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Lecture 16-Continuous Wave Lasers, by Debabrata Goswami

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Lecture 16: Costs, by Barnali Nag

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Lecture 16: Tutorial Session, by Nand Kishore

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Lecture 17 : Canonical Ensemble Part I, by Srabani Taraphder

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Lecture 17 : Dynamic Range in Fourier Transform NMR, by Ashutosh Kumar

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Lecture 17-Pulsed Lasers, by Debabrata Goswami

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Lecture 17: Cost Curves, by Barnali Nag

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Lecture 17: Tutorial Session, by Nand Kishore

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Lecture 18 : Canonical Ensemble Part I Contd, by Srabani Taraphder

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Lecture 18 : Optical Implementation ‘Linear Approach’, by Debabrata Goswami

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Lecture 18 : Spin Echo and Solvent Suppression, by Ashutosh Kumar

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Lecture 18: Chemical Potential of a Substance in Mixture, by Nand Kishore

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Lecture 18: LR and SR Cost Curves, by Barnali Nag

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Lecture 19 : Canonical Ensemble Part II, by Srabani Taraphder

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Lecture 19 : Solvent Effects: Part a, by Nandita Madhavan

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Lecture 19 : Spin Decoupling in FT NMR and Relaxation Measurements, by Ashutosh Kumar

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Lecture 19 : Various Aspects of Linear Optical Quantum Computing, by Debabrata Goswami

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Lecture 19: Chemical Potential of Liquids, RaoultÃ?”dquo;?s Law, HenryÃ?”dquo;?s Law, by Nand Kishore

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Lecture 19: Jahn-Teller Effect, by Debashis Ray

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Lecture 19: Market Structures, by Barnali Nag

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Lecture 1Introduction, by Debashis Ray

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Lecture 2 : Review of Classical Thermodynamics Part II, by Srabani Taraphder

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Lecture 2: Demand-Supply Framework, by Barnali Nag

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Lecture 2: Interaction of Radiation with Matter, by K. Mangala Sunder

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