Uploaded February 2021 | Updated September 2026, 1 week ago
Lecture by Tim Byrnes at NYU Shanghai on Introduction to quantum information and quantum computing. February 23, 2021.
Topics covered:
Starting from slide set 6. The wavefunction, we review classical and quantum states, qubits, and normalization. Then we move onto slide set 7. Measurements, discussing the randomness of quantum measurements, wavefunction collapse, measurement of a qubit, consecutive measurements, the global phase. We make a brief start on slide set 8. Basis rotations talking about coordinate systems in quantum mechanics.
Slides are available here:
drive.google.com/drive/folders/1UCJyy9Y6JdBRzlcAk3EmVoWGJhyIxIY1
#quantuminformation #quantumtechnologies #wavefunction #quantummeasurements #lectures #courses #physics #quantumcircuits #quantumalgorithms #quantumcomputing #quantumprobabilities #measurementoperators #globalphase #basisrotations #qubits
Lecture by Tim Byrnes at NYU Shanghai on Introduction to quantum information and quantum computing. February 23, 2021.
Topics covered:
Starting from slide set 6. The wavefunction, we review classical and quantum states, qubits, and normalization. Then we move onto slide set 7. Measurements, discussing the randomness of quantum measurements, wavefunction collapse, measurement of a qubit, consecutive measurements, the global phase. We make a brief start on slide set 8. Basis rotations talking about coordinate systems in quantum mechanics.
Slides are available here:
drive.google.com/drive/folders/1UCJyy9Y6JdBRzlcAk3EmVoWGJhyIxIY1
#quantuminformation #quantumtechnologies #wavefunction #quantummeasurements #lectures #courses #physics #quantumcircuits #quantumalgorithms #quantumcomputing #quantumprobabilities #measurementoperators #globalphase #basisrotations #qubits










