Qubits, Gates & Circuits
A 19-module path through qubits, gates & circuits, in study order from foundations to the frontier.
Modules
- The Qubit and Superposition
- Dirac Notation and the State Vector
- The Bloch Sphere
- Measurement and the Born Rule
- Single-Qubit Gates: X, Y, Z, H
- Phase Gates
- Rotation Gates and Arbitrary Single-Qubit Unitaries
- Multi-Qubit Systems and Tensor Products
- Entanglement and Correlated Measurement
- The Bell States
- Two-Qubit Gates and the CNOT
- Universal Gate Sets
- The Quantum Circuit Model
- Reversibility of Quantum Computation
- The No-Cloning Theorem
- Quantum vs Classical Parallelism
- Density Matrices: An Introduction
- The Reduced Density Matrix and Mixed States
- Reading and Building Quantum Circuit Diagrams