Part 1.- Devices / implementations
- Spin, charge and valley in quantum dots
- Flux and charge in SQUIDs
- Hybrid systems, cavities
Part 2.- Decoherence models
- Phonons, Caldeira-Leggett model
- Circuit impedance
- Spin bath
Part 3.- Transport
- Rate equations
- Pauli blockade
- Cooper pair splitting
Part 4.- Measurement and readout
- Cavity-qubit models
- Dispersive shift
- Dicke model, superradiance
- Spin readout
Part 5.- Control
- AC driving and artificial gauge fields
- Adiabatic control