Q1 · Gates & circuits
A 28-module path through q1 · gates & circuits, in study order from foundations to the frontier.
Modules
- Pauli Gates (X, Y, Z)
- Hadamard Gate
- Phase Gates (S and T)
- Single-Qubit Rotation Gates
- Bloch Sphere Representation of Gates
- Z-Y Decomposition of Single-Qubit Gates
- CNOT Gate
- Controlled-U Gates
- Controlled-Z Gate
- SWAP Gate
- Quantum Circuit Model
- Circuit Identities and Equivalences
- Universal Gate Sets
- Clifford+T Gate Set
- Two-Level Unitary Decomposition
- Universality of CNOT and Single-Qubit Gates
- Solovay-Kitaev Theorem
- Reversible Computation
- Toffoli Gate
- Fredkin Gate
- Classical Computation Embedded in Quantum Circuits
- Garbage Qubits and Uncomputation
- No-Cloning Theorem
- No-Deleting and No-Broadcasting Theorems
- Principle of Deferred Measurement
- Principle of Implicit Measurement
- Global and Relative Phase
- Multi-Controlled Gates and Their Decompositions