Theoretical and experimental understanding of the nature of superconductivity and its applications in engineering

Superconductivity, predominantly superconductivity, predominantly phenomenological approach. Electrodynamics of superconductors. London model and flux quantization. Josephson joints and superconducting quantum devices. High speed superconducting electrics. Quantum circuits for quantum computation. II. Overview of type superconductors. Critical magnetic fields. Critical case model. Superconducting materials. Microscopic theory. Applications.