Topic
1 course · 5 tutorials
edX
Fred Chong, Jonathan Baker, Yongshan Ding, Casey Duckering (University of Chicago)
University of Chicago's edX course on quantum architecture: circuit decomposition, uncomputation, hardware-specific and global circuit optimisation, gate scheduling. Four weeks, 8 to 12 hours per week. Audit free. Prerequisite is Systems Design I.
Master advanced tket compilation: custom PassManagers, PauliSimp, CliffordSimp, noise-aware routing with Architecture graphs, KAK decomposition, and backend-agnostic portability across IBM, IonQ, and Quantinuum.
How to use tket (pytket) to optimise quantum circuits, reduce gate counts, and compile for specific hardware backends without rewriting your circuits.
Build and compose custom compilation pass sequences in pytket. Learn how to rebase to hardware native gates, apply optimization passes, and profile circuit depth improvements.
Install Superstaq, set up an API key, and submit a Bell state circuit to IonQ and Quantinuum simulators to see how cross-platform compilation works in practice.
How to use tket's compiler passes and error mitigation tools to improve results from noisy quantum hardware.