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Lecture 3: Free Electron Theory, by Monica Katiyar

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Lecture 36: MOS Capacitor, by Monica Katiyar

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Lecture 14: Equilibrium Carrier Statistics in Semiconductors: Quantitative Examination of Carrier Densities in Intrinsic Semiconductor, by Monica Katiyar

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Lecture 5: Reciprocal Lattice II, Brillouin Zone and Bragg’s Diffraction Condition, by Monica Katiyar

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Lecture 33: Fundamentals of P-N Junction contd., by Monica Katiyar

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Lecture 38: Organic Electronics, by Monica Katiyar

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Lecture 9: Electron Dynamics, by Monica Katiyar

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Lecture 11: Semiconductor E-K Diagrams and their Material Properties, by Monica Katiyar

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Lecture 27: Optical Properties of Two Interfaces: Thin Film Case, by Monica Katiyar

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Lecture 22: Carrier Recombination-Generation -II: Other Mechanisms, by Monica Katiyar

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Lecture 15: Doping in Semiconductors, by Monica Katiyar

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Lecture 28: Drift, by Monica Katiyar

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Lecture 20: Non-Linear Dielectric Behavior, by Monica Katiyar

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Lecture 13: Equilibrium Carrier Statistics in Semiconductors: Qualitative Examination of Carrier Densities in Conduction and Valence Bands, by Monica Katiyar

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Lecture 34: Solar Cells, by Monica Katiyar

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Lecture 19: Linear Dielectric Behavior, by Monica Katiyar

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Lecture 25: Optical Properties of Materials, by Monica Katiyar

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Lecture 30: Continuity Equation, by Monica Katiyar

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Lecture 12: Equilibrium Carrier Statistics in Semiconductors: Density of States, Fermi Function and Population Density in Bands, by Monica Katiyar

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Lecture 17: Equilibrium Carrier Statistics in Semiconductors: Carrier Freeze out, by Monica Katiyar

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Plane Trusses VI: Method of Sections for Calculating Forces in a Simple Truss, by Manoj K Harbola

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Displacement Current, by Manoj K Harbola

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Introduction to the Correspondence Principle, by Manoj K Harbola

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Lecture- 60, by Manoj K Harbola

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Planar Polar Coordinates: Solved Examples, by Manoj K Harbola

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Lattice with Two Atom Basis: Optical Phonons, by Manoj K Harbola

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Faradays Law, by Manoj K Harbola

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Equivalence of Wave Vectors K and k+G and Reduced Zone Scheme, by Manoj K Harbola

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Kronig-Penney Model, by Manoj K Harbola

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Simple Harmonic Motion I-Expanding Potential Energy about the Equilibrium Point and the Corresponding Force, by Manoj K Harbola

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