Lectures

1. Scalar Product and Braket Notation
2. Measurement of a Qubit
3. Quantum Gates
4. Quantum Circuits
5. 2-Qubit States
6. Entangled States
7. More on Gates and Matrices
8. Error Correction
9. More on Error (Phase) Correction
10. Neutral Atom Arrays
11. Superconducting Qubits
12. Trapped-Ion Qubits
13. Topological Qubits and MZMs

Sources

• Wong, Introduction to Classical and Quantum Computing