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Phase Separation Regime, Introduction to Lattice Model of Solutions, by Prateek Kumar Jha

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Introduction to the Course, Macromolecules and Life, Molecular Flexibility, by Prateek Kumar Jha

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Solution Thermodynamics-IV, by Prateek Kumar Jha

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Lattice Model of Solutions-II, by Prateek Kumar Jha

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Maxwell Model-II, Closing Notes, by Prateek Kumar Jha

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Rheometers and Rheological Tests-II, by Prateek Kumar Jha

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Structure of Polymer Chain, Introduction to Monte Carlo Simulations of Polymer Chains, by Prateek Kumar Jha

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Probability Density of an Ideal Chain: Part II, by Prateek Kumar Jha

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Rheometers and Rheological Tests-I, by Prateek Kumar Jha

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Brownian Motion – V, by Prateek Kumar Jha

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Radius of Gyration for an Ideal Chain, Concept of Ideality, by Prateek Kumar Jha

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Elasticity of Polymer Network, by Prateek Kumar Jha

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Brownian Motion – I, by Prateek Kumar Jha

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Brownian Motion – III, by Prateek Kumar Jha

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Probability Density of an Ideal Chain: Part I, by Prateek Kumar Jha

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Motivation to Study Polymer Physics, by Prateek Kumar Jha

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Phase Behaviour of Liquid Solutions, by Prateek Kumar Jha

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Solution Thermodynamics-I, by Prateek Kumar Jha

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Microscopic Definition of Stress Tensor-I, by Prateek Kumar Jha

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Derivation of Fractal Dimension, Concentration Regimes and Overlap Concentration, by Prateek Kumar Jha

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Molecular Dynamics Simulations, Review of Thermodynamics, by Prateek Kumar Jha

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Photon Selfenergy II, by Prasanta Tripathy

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Moller Scattering I, by Prasanta Tripathy

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Vertex Correction I, by Prasanta Tripathy

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Interacting Field Theory-I, by Prasanta Tripathy

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Fermion Quantization V, by Prasanta Tripathy

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Compton Scattering I, by Prasanta Tripathy

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Interacting Field Theory-III, by Prasanta Tripathy

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The S-Matrix Expansion in QED II, by Prasanta Tripathy

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The S-Matrix Expansion in QED I, by Prasanta Tripathy

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