PHYS 498 SQD :: Physics Illinois :: University of Illinois at Urbana-Champaign

Introduction and course information

Lecture 1 --- History and Occurrence of Superconductivity

Lecture 2 --- Defining properties of superconductors

Lecture 3 --- Models and theories of superconductivity

Lecture 4 --- Ginzburg Landau theory 1

Lecture 5 --- Ginzburg-Landau theory 2

Lecture 6  --- Ginzburg-Landau theory 3

Lecture  7 --- BCS theory 1

Lecture 8 --- BCS theory 2

Lecture 9 --- BCS theory 3

Lecture 10 --- BCS theory 4

Lecture 11 --- BCS theory 5 and beyond BCS

Lecture 12 --- Quasiparticle tunneling theory

Lecture 13 --- Quasiparticle applications

Lecture 14 --- Josephson effect theory

Lecture 15 --- Josephson dc/ac effects

Lecture 16 --- Josephson RSJ dynamics

Lecture 17 --- Josephson extended junctions

Lecture 18 --- Josephson weak links

Lecture 19 --- Josephson effect current-phase relations

Lecture 20 --- SQUID models

Lecture 21 --- SQUID operation and applications

Lecture 22 --- Quantum Information 1 (introduction)

Lecture 23 --- Quantum Information 2 (superconducting qubits)

Lecture 24 --- Quantum Information 3 (transmon qubits)

Lecture 25 --- Quantum Information 4 (topological/Majorana qubits)

Lecture 26 --- Quantum Information 5 (S-TI-S Majorana qubits)