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Lecture 22: Calculate the Value of Young’s Modulus of Given Metallic Bar Form the Recorded Datas, by Amal Kumar Das

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Lecture 22: Diffusion in a Magnetic Field, by V. Balakrishnan

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Lecture 22: Magnetic Vortices-II, by Suresh Govindarajan

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Lecture 22: Newton-Cotes Quadrature, by Nachiketa Tiwari

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Lecture 22: Topics in Beam Vibrations-I, by A. Dasgupta

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Lecture 23 : Gauge Invariance-Abelian Case, by Urjit A. Yajnik

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Lecture 23 : Quantum Fourier Transform, by Dipan Ghosh

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Lecture 23 : Tutorial 4-Part I, by Ramadevi

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Lecture 23: Experimental Demonstration to Calculate the Spring Constant of a Given Spring, by Amal Kumar Das

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Lecture 23: Non-Abelian Gauge Theories-I, by Suresh Govindarajan

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Lecture 23: The Boltzmann Equation for a Dilute Gas (Part 1), by V. Balakrishnan

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Lecture 23: Topics in Beam Vibrations-II, by A. Dasgupta

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Lecture 23: Two Dimensional FEM Problem, by Nachiketa Tiwari

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Lecture 24 : Gauge Invariance-Non-Abelian Case, by Urjit A. Yajnik

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Lecture 24 : Period Finding and QFT, by Dipan Ghosh

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Lecture 24 : Space Groups, by Madhav Ranganathan

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Lecture 24 : Tutorial 4-Part II, by Ramadevi

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Lecture 24: Calculate the Value of Calculate the Spring Constant of a Given Spring Form the Recorded Datas, by Amal Kumar Das

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Lecture 24: Non-Abelian Gauge Theories-II, by Suresh Govindarajan

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Lecture 24: The Boltzmann Equation for a Dilute Gas (Part 2), by V. Balakrishnan

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Lecture 24: Two Dimensional one Variable FEM Problem, by Nachiketa Tiwari

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Lecture 25 : Classical Vs Quantum Mechanics-I, by Ramadevi

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Lecture 25 : Implementing QFT, by Dipan Ghosh

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Lecture 25 : Yang Mills Theory-Coupling to Matter, by Urjit A. Yajnik

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Lecture 25: Irreps of Lie Algebras-I, by Suresh Govindarajan

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Lecture 25: The Boltzmann Equation for a Dilute Gas (Part 3), by V. Balakrishnan

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Lecture 25: Theory Regarding Moment of Inertia of a Flywheel, by Amal Kumar Das

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Lecture 26 : Classical Vs Quantum Mechanics-II, by Ramadevi

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Lecture 26 : Implementing QFT-3 Qubits (and more), by Dipan Ghosh

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Lecture 26 : Yang Mills Theory-Physical Content, by Urjit A. Yajnik

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Lecture 26: 2D Finite Element Problems with Single Variable (Weak Formulation), by Nachiketa Tiwari

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Lecture 26: Experimental Demonstration to Calculate the Moment of Inertia of a Given Flywheel, by Amal Kumar Das

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Lecture 26: Irreps of Lie Algebras-II, by Suresh Govindarajan

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Lecture 26: The Boltzmann Equation for a Dilute Gas (Part 4), by V. Balakrishnan

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Lecture 27 : Compatible Vs Incompatible Observable-I, by Ramadevi

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Lecture 27 : Shor’s Factorization Algorithm, by Dipan Ghosh

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Lecture 27 : Yang Mills Theory Constraint Dynamics-I, by Urjit A. Yajnik

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Lecture 27 the Standard Model-I, by Suresh Govindarajan

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Lecture 27: Elemental Level 2D Finite Element Equations, by Nachiketa Tiwari

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Lecture 27: How to Calculate the Value of Moment of Inertia of a Flywheelform the Recorded Data, by Amal Kumar Das

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Lecture 27: The Boltzmann Equation for a Dilute Gas (Part 5), by V. Balakrishnan

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Lecture 28 : Compatible Vs Incompatible Observable-II, by Ramadevi

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Lecture 28 : Shor’s Factorization Algorithm-Implementation, by Dipan Ghosh

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Lecture 28 : Yang Mills Theory Constraint Dynamics-II, by Urjit A. Yajnik

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Lecture 28 the Standard Model-II, by Suresh Govindarajan

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Lecture 28: Interpolation Functions for 2D Finite Element Problems, by Nachiketa Tiwari

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Lecture 28: Quiz 2-Questions and Answers, by V. Balakrishnan

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Lecture 28: Theory Regarding Surface Tension of the Liquid, by Amal Kumar Das

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Lecture 29 : Gauge Fixing and Faddeev Popov Ghosts-I, by Urjit A. Yajnik

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Lecture 29 : Shor’s Algorithm-Continued Fraction, by Dipan Ghosh

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