Lecture 1 - Chemical Forces, Ion-Ion, Ion-Dipole and Dipole-Dipole Interactions
Lecture 2 - Induced Dipole and Dispersive Interactions
Lecture 3 - van der Waals Radius
Lecture 4 - Modelling of Dispersive Interactions, Introduction to H-bonds
Lecture 5 - Problem solving and examples in Chemical Forces
Lecture 6 - Aromatic Interactions
Lecture 7 - Understanding of sigma and pai-hole directed interactions
Lecture 8 - Halogen---pai, anion...pai and cation...pai interactions
Lecture 9 - Cation-pai, Role of close packing v/s H-bonding
Lecture 10 - Competition involving interactions in close packing of solids
Lecture 11 - Concept of Host and Guest in Supramolecular Chemistry
Lecture 12 - Lock and Key Principle and Chelate Effect
Lecture 13 - Factors affecting Chelate Effect,Thermodynamics of binding
Lecture 14 - Thermodynamics of Host-Guest Complexation, Role of Solvent
Lecture 15 - Host-Guest Complexation, Thermodynamic and Kinetic Selectivity
Lecture 16 - Cation complexation in podands, corands and lariat ethers
Lecture 17 - Cation complexation in cryptands, spherands, Molecular Conformation
Lecture 18 - Phase Transfer Catalyst, Kinetic and Thermodynamic Template Effect
Lecture 19 - Host Guest Complexation in Calixarenes
Lecture 20 - Host Guest Complexation in Cyclodextrins
Lecture 21 - Host Guest Complexation in Clathrates, Properties of Gas Hydrates
Lecture 22 - Structures of Gas Hydrates
Lecture 23 - Supramolecular Host Strategy: Trimesic Acid and Dianin's Compound
Lecture 24 - Crystal Engineering, Chemical Reaction in Solids
Lecture 25 - Solid State Reactivity and Topology of H-bonded solids
Lecture 26 - Polymorphism in Molecular Crystals
Lecture 27 - Characterization of Polymorphs
Lecture 28 - Properties and Thermodynamics of Polymorphism
Lecture 29 - Case Studies on Polymorphism, Cocrystallization, Applications to Pharmaceutical Cocrystals
Lecture 30 - Properties of Pharmaceutical Cocrystals
Lecture 31 - Understand Nucleation and Growth processes in Crystallization
Lecture 32 - Nucleation Model, Kinetic and Thermodynamic Crystal, Phase Transitions
Lecture 33 - Types of Phase Transition
Lecture 34 - Stimuli Driven Processes in Molecular Crystals
Lecture 35 - Stimuli Driven Processes in Artificial Molecular Machines
Lecture 36 - Supramolecular chemistry of complexation of Organic Cations
Lecture 37 - Supramolecular chemistry of complexation of Anions
Lecture 38 - Examples of anion binding
Lecture 39 - Anion binding in Proteins and Transport processes in biology
Lecture 40 - Ion transport processes
Lecture 41 - Self Assembly Processes
Lecture 42 - Self Assembly in Metal-Ligand systems forming Racks, Grids and Ladders
Lecture 43 - Self Assembly in Helicates, Formation and Structure of DNA
Lecture 44 - Design of Enzyme Mimics
Lecture 45 - Role of Secondary Coordination Sphere in Chemical Transformations
Lecture 46 - Supramolecular chemistry of surfactants
Lecture 47 - Properties, Structures and Phase Diagram of Surfactants
Lecture 48 - Supramolecular Amphiphiles-Structure and Applications
Lecture 49 - Liquid Crystals-Types, Structure and Phase transitions in Liquid Crystals
Lecture 50 - Supramolecular Gelators
Lecture 51 - Supramolecular Catalysis via Self Assembled Molecular Cages
Lecture 52 - Applications of Supramolecular Coordination Cages to Organic Transformations
Lecture 53 - Applications of Molecular Barrels, Self Sorting Process
Lecture 54 - Principles and Applications of Supramolecular Photochemistry
Lecture 55 - Supramolecular Photochemistry and Organocatalysis
Lecture 56 - Applications in Photophysical processes
Lecture 57 - Molecular Wire and Cable, Molecular Switches and Non linear optical (NLO) materials
Lecture 58 - Supramolecular Chirality
Lecture 59 - Systems Chemistry
Lecture 60 - Applications of Systems Chemistry
