Prerequisites: 6.728 or 8.06 or equivalent
Instructors: Professor William Oliver (firstname.lastname@example.org)
Schedule: TR2:304, virtual instruction
This subject qualifies as an Applied Physics engineering concentration subject.
This course introduces the physics and engineering of superconducting qubits for quantum information processing for graduate and upper-level undergraduate students. Topics will include (1) an introduction to superconductivity and Hamiltonian engineering; (2) superconducting qubits, cavities, and microwave cavity quantum electrodynamics; (3) the theory and microwave engineering of qubit control and measurement; (4) noise, decoherence, dynamical error mitigation; (5) microwave photons, squeezing, and quantum-limited amplification; (6) survey of other solid-state qubit modalities, including semiconductor quantum dots and majorana zero modes; and (7) experimental fault tolerance and quantum error detection. The course will include both classroom lectures, tutorials, homework sets, and hands-on lab practicum with superconducting qubits.
More information on how this subject will be taught can be found at: https://eecs.scripts.mit.edu/eduportal/__How_Courses_Will_Be_Taught_Online_or_Oncampus__/S/2021/#6.645