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CMU 15-859BB: Quantum Computation and Quantum Information →0/17
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Lecture 1: 10^500 Parallel Universes (15-859BB)

1:08:48
2

Lecture 2: Rotate, Compute, Rotate (15-859BB)

1:20:24
3

Lecture 3: Understanding and Measuring One Qubit (15-859BB)

1:21:29
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Lecture 4: Unitary Transformations and the Elitzur--Vaidman Bomb (15-859BB)

1:21:50
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Lecture 5: Multi-Qubit Systems (15-859BB)

1:22:43
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Lecture 6: Partial Measurements and Spooky Action at a Distance (15-859BB)

1:22:24
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Lecture 7: The CHSH Game (15-859BB)

53:31
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Lecture 8: No Cloning Theorem, and Quantum Teleportation (15-859BB)

1:22:32
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Lecture 9: Quantum Money (15-859BB)

1:24:38
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Lecture 10: Basics of Quantum Computing (15-859BB)

1:22:30
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Lecture 11: Revealing XOR-patterns I (15-859BB)

1:23:44
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Lecture 12: Revealing XOR-patterns II (15-859BB)

1:21:09
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Lecture 13: Simon's Algorithm (15-859BB)

1:21:33
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Lecture 14: The Fourier Transform over Z_n (15-859BB)

1:23:01
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Lecture 15: Period-Finding (Simon's Algorithm over Z_N) (15-859BB)

1:22:41
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Lecture 16: Shor's Factoring Algorithm (15-859BB)

1:20:16
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Lecture 17: The Hidden Subgroup Problem (15-859BB)

1:23:24

Lecture 10: Basics of Quantum Computing (15-859BB)

Ryan O'DonnellCarnegie Mellon University

Professor

1:22:30·2018·graduate level

This session lays out the fundamental principles of quantum computing, including quantum circuits, universal gate sets, and the foundational models of computation.

Theory & AlgosPhysicsEngineeringQuantum MechanicsSignal Processing & RoboticsQuantum ComputingQuantum Circuits

Quantum Computation and Quantum Information

Lecture 10: Basics of Quantum Computing

Carnegie Mellon Course 15-859BB, Fall 2018

Previous · Lecture 9

Lecture 9: Quantum Money (15-859BB)

Next · Lecture 11

Lecture 11: Revealing XOR-patterns I (15-859BB)

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