Part 1

Single qubits

Everything one qubit can do. Gates, measurement, and how to work out what state a qubit is in.

1.1

Single Qubit Gates

4 videos · 9:00

Magnetic Single Qubit Gates3:13
All Single Qubit Gates2:07
Components of Gates0:50
What's your fidelity?2:50

1.2

Orthogonal Measurements

1 video · 1:36

Orthogonal Measurements1:36

1.3

Tomography

5 videos · 11:40

Detective Qubit6:50
Optimal Tomography1:29
Use of Tomography0:53
Heisenberg Uncertainty Principle1:00
Hardware and software roles1:28

1.4

Statevectors and Circuits

3 videos · 9:37

Statevector exhibit4:28
Circuits3:24
Gates On Entangled States1:45

1.5

State Unscrambler

1 video · 4:47

State Unscrambler4:47

1.6

Quantum Zeno Paradox

1 video · 8:39

Quantum Zeno Paradox8:39

Part 2

Entanglement

Two and three qubits at once. Correlations that no classical story can explain, and what you can and cannot do with them.

2.1

Bell Pairs

1 video · 3:00

Bell Pairs3:00

2.2

Steering and No Signaling

1 video · 5:47

Steering and No Signaling5:47

2.3

Bellish Inequality

2 videos · 23:58

Bellish Inequality21:38
Clips from Bellish Inequality2:20

2.4

Three Qubits

3 videos · 7:49

Single-Axis Reveal3:19
Three-Qubit Circuits3:18
Three Qubit Statevector1:12

2.5

Superdense Coding

2 videos · 10:37

Superdense Coding9:04
Upper Bound1:33

Part 3

Quantum networking

Using qubits to share a secret. The two founding key-distribution protocols, run on real hardware in the classroom.

3.1

BB84

1 video · 12:31

BB8412:31

3.2

Ekert91

2 videos · 9:23

Ekert91 Pt 14:37
Ekert91 Pt 24:46

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