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Lecture 29 : Tutorial 5-Part I, by Ramadevi

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Lecture 29: Critical Phenomena (Part 1), by V. Balakrishnan

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Lecture 29: Demonstration on the Experiment of Surface Tension and Data Collection, by Amal Kumar Das

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Lecture 29: Interpolation Functions for Linear Triangular Elements (Part-I), by Nachiketa Tiwari

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Lecture 29: Irreps of the Lorentz/Poincare Algebras, by Suresh Govindarajan

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Lecture 3 : Basic Tools and Apparatus (Contd.), by Amal Kumar Das

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Lecture 3 : Path Integral Formulation-I, by Urjit A. Yajnik

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Lecture 3 : Review of Particle in Box, Potential Well, Barrier, Harmonic Oscillator-I, by Ramadevi

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Lecture 3: Symmetries and Invariances-II, by Suresh Govindarajan

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Lecture 3: The Langevin Model (Part 2), by V. Balakrishnan

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Lecture 30 : Gauge Fixing and Faddeev Popov Ghosts-II, by Urjit A. Yajnik

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Lecture 30 : Tutorial 5-Part II, by Ramadevi

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Lecture 30: Critical Phenomena (Part 2), by V. Balakrishnan

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Lecture 30: How to Calculate the Value of Surface Tension of Water from the Recorded Data, by Amal Kumar Das

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Lecture 30: The Dirac Mononpole, by Suresh Govindarajan

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Lecture 31 : Topological Vacuum of Yang Mills Theories-I, by Urjit A. Yajnik

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Lecture 31 : Tutorial 5-Part III, by Ramadevi

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Lecture 31: Critical Phenomena (Part 3), by V. Balakrishnan

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Lecture 31: Interpolation Functions for Triangular and Rectangular Elements, by Nachiketa Tiwari

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Lecture 31: The ‘T Hooft-Polaykov Monopole, by Suresh Govindarajan

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Lecture 31: Theory Regarding Viscosity of Liquid, by Amal Kumar Das

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Lecture 32 : Schrodinger and Heisenberg Pictures-I, by Ramadevi

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Lecture 32 : Topological Vacuum of Yang Mills Theories-II, by Urjit A. Yajnik

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Lecture 32: Critical Phenomena (Part 4), by V. Balakrishnan

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Lecture 32: Demonstration on the Experiment of Viscosity, by Amal Kumar Das

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Lecture 32: Evaluation of Stiffness and Force Matrices, by Nachiketa Tiwari

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Lecture 32: Revisiting Derrick’s Theorem, by Suresh Govindarajan

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Lecture 33 : Schrodinger and Heisenberg Pictures-II, by Ramadevi

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Lecture 33: Critical Phenomena (Part 5), by V. Balakrishnan

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Lecture 33: Data Analysis of Recorded Data on Viscosity, by Amal Kumar Das

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Lecture 33: Stiffness and Force Matrices for Triangular Element, by Nachiketa Tiwari

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Lecture 33: The Julia-Zee Dyon, by Suresh Govindarajan

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Lecture 34 : Special Problems in Plate Vibrations-I, by A. Dasgupta

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Lecture 34: Critical Phenomena (Part 6), by V. Balakrishnan

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Lecture 34: Forced Oscillations – Pohl’s Pendulum, by Amal Kumar Das

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Lecture 34: Instantons-I, by Suresh Govindarajan

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Lecture 34: Stiffness and Force Matrices for Rectangular Element, by Nachiketa Tiwari

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Lecture 35 : Special Problems in Plate Vibrations-II, by A. Dasgupta

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Lecture 35: Coupled Pendulum, by Amal Kumar Das

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Lecture 35: Critical Phenomena (Part 7), by V. Balakrishnan

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Lecture 35: Instantons-II, by Suresh Govindarajan

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Lecture 36 : Analytic Function, by Samudra Roy

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Lecture 36 : Simulated Annealing, by Biswajit Mahanty

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Lecture 36: Boundary Integrals for Triangular Element, by Nachiketa Tiwari

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Lecture 36: Demonstration on the Experiment of Compound Pendulum, by Amal Kumar Das

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Lecture 36: The Wiener Process (Standard Brownian Motion), by V. Balakrishnan

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Lecture 36:-Instantons-III, by Suresh Govindarajan

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Lecture 37 : Harmonic Conjugate, by Samudra Roy

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Lecture 37 :Assembly of 2-D Finite Elements (Part-I), by Nachiketa Tiwari

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Lecture 37: Instantons-IV, by Suresh Govindarajan

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