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Lecture 39 : Classical Statistical Mechanics, by Srabani Taraphder

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Lecture 39 : Molecule Motion in Gases, by Amita Pathak Mahanty

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Lecture 39-Working of Quantum Computers: NMR QC, by Debabrata Goswami

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Lecture 39: Calorimetry, by Nand Kishore

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Lecture 39: Oligopoly-Game Theory (Contd.), by Barnali Nag

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Lecture 39: Other Types of Catalysis, by Nandita Madhavan

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Lecture 4 : Synthetic Strategy, by Madhav Ranganathan

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Lecture 4 : Thermodynamic Potentials Part 2, by Srabani Taraphder

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Lecture 4: Analysis of Spectra, by K. Mangala Sunder

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Lecture 4: First Law of Thermodynamics, by Nand Kishore

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Lecture 4: Supply Curve, Determinants of Supply Curve, by Barnali Nag

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Lecture 40 : Oligopoly Pricing, by Barnali Nag

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Lecture 40 : Perceptions & Projections, by S. Sundar Manoharan

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Lecture 40 : Rate of Chemical Reaction, by Srabani Taraphder

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Lecture 40 : Review of Week 8, Practice Problems, by Madhav Ranganathan

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Lecture 40-Academic Development in Quantum Computing-I, by Debabrata Goswami

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Lecture 40: Course Summary, by Nandita Madhavan

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Lecture 40: Differential Scanning Calorimetry (DSC), by Nand Kishore

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Lecture 41-Academic Development in Quantum Computing-II, by Debabrata Goswami

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Lecture 41: Further discussion on Differential Scanning Calorimetry (DSC), by Nand Kishore

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Lecture 42-Commercial Development in Quantum Computing Implementation, by Debabrata Goswami

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Lecture 42: Explaining Differential Scanning Calorimetric Profiles (DSC Profiles), by Nand Kishore

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Lecture 43-Use of Atomic Quibts in Quantum Computing, by Debabrata Goswami

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Lecture 43: Applications of DSC in Thermal Unfolding of Proteins and Protein-Solvent Interactions, by Nand Kishore

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Lecture 44-Futuristic Aspects in Implementing Quantum Computing-I, by Debabrata Goswami

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Lecture 44: Further discussion on Applications of DSC in Thermal Unfolding of Proteins and Protein-Solvent Interactions, by Nand Kishore

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Lecture 45 : Review of Week 9. Practice Problems, by Madhav Ranganathan

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Lecture 45 : Two Dimensional Correlation Experiments, by Ashutosh Kumar

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Lecture 45-Futuristic Aspects in Implementing Quantum Computing-II, by Debabrata Goswami

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Lecture 45: Isothermal Titration Calorimetry (ITC), by Nand Kishore

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Lecture 46 : Closed-Packed Structures and Voids, by Madhav Ranganathan

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Lecture 46: Further discussion on Isothermal Titration Calorimetry (ITC), by Nand Kishore

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Lecture 47 : Crystal Structures of Binary Compounds, by Madhav Ranganathan

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Lecture 47: ITC Experimental Design and Isothermal Titration Calorimetry (ITC) in Drug Design, by Nand Kishore

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Lecture 48 : Double Quantum Filtered COSY (DQF-COSY), by Ashutosh Kumar

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Lecture 48 : Perovskites and Spinals, by Madhav Ranganathan

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Lecture 48: Isothermal Titration Calorimetry (ITC) in Drug Design, by Nand Kishore

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Lecture 49: Isothermal Titration Calorimetry (ITC) in Engineering Binding Affinity, by Nand Kishore

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Lecture 5 : Ellingham Diagram, by Prof.Debabrata Maiti

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Lecture 5 : Microstates of a System, by Srabani Taraphder

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Lecture 5 : Review of Week 1 and Practice Problems, by Madhav Ranganathan

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Lecture 5 Preparative Routes: Un Conventional – Soncochemistry Technique II, by S. Sundar Manoharan

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Lecture 5: Demand Supply Equilibrium, by Barnali Nag

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Lecture 5: Radiation Densities and Einstein’s Semi Classical Model, by K. Mangala Sunder

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Lecture 5: Tutorial-2, by Nand Kishore

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Lecture 50 : Constant-Time COSY, by Ashutosh Kumar

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Lecture 50: Calorimetry in Identifying Partially Folded States of Proteins (Molten Globule State), by Nand Kishore

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Lecture 51 : Free Electron Models, by Madhav Ranganathan

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Lecture 51 : Scaling in 2D NMR, by Ashutosh Kumar

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Lecture 51: Thermodynamic Characterization of Partially Folded States of Proteins, by Nand Kishore

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