Quantum computing for the determined U of Queensland

Opencourseware from U of Queensland, MIT, UC Berkeley,Stanford, Yale, U of Mich along with many of the World's finest University's and other educators.

Language: English

Professors: Michael Williams

Units: 22

Lesson content
Lec 1 Measuring a qubit
Lec 2 Tips for working with qubits
Lec 3 Our first quantum gate: the quantum NOT gate
Lec 4 The Hadamard gate
Lec 5 Measuring a qubit
Lec 6 General single-qubit gates
Lec 7 Why unitaries are the only matrices which preserve length
Lec 8 Examples of single-qubit quantum gates
Lec 9 The controlled-NOT gate
Lec 10 Universal quantum computation
Lec 11 Superdense coding: how to send two bits using one qubit
Lec 12 Preparing the Bell state
Lec 13 What's so special about entangled states anyway?
Lec 14 Distinguishing quantum states
Lec 15 Superdense coding redux: putting it all together
Lec 16 Partial measurements
Lec 17 Partial measurements in an arbitrary basis
Lec 18 Quantum teleportation
Lec 19 Quantum teleportation: discussion
Lec 20 The postulates of quantum mechanics I: states and state space
Lec 21 The postulates of quantum mechanics II: dynamics
Lec 22 The postulates of quantum mechanics III: measurement