Lec 39: Some solved problems on dynamics of Bloch electrons

Lec 33: Electrons in periodic potentials; Bloch’s theorem

Lec 43: Some solved problems on semiconductor physics

Lec 52: Some solved problems on magnetic properties of materials.

Lec 48: Solved problems on Meissner effect and thermodynamics of superconductors

Lec 37: Concept of holes in a band

Lec 42: Band structure of semiconductors and calculating it using tight binding approximation

Lec 47: Towards microscopic theory of superconductivity

Lec 34: Band theory of metals and semimetals

Lec 38: Motion of Bloch electrons in a magnetic field and Shubhnikov-de Haas oscillations

Lec 40: Electrons and holes in a semiconductor, number of carriers in an intrinsic semiconductor

Lec 36: Velocity and equation of motion for an electron in a band

Lec 45: Superconductor as a macroscopic quantum state – London equation and flux quantization

Lec 41: Extrinsic semiconductors

Lec 51: Ferromagnetism, anti-ferromagnetism, Pauli paramagnetism and Landau diamagnetism.

Lec 50: Paramagnetic properties of atoms and ions.

Lec 49: Hamiltonian of electrons in an atom in a magnetic field, diamagnetism in atoms.

Lec44: Zero resistivity, Meissner effect, lowering of free energy and London equation.

Mark Cuban on Why He's All In for Kamala Harris

Lec 46: DC and AC Josephson effects and quantum interference