Individual Videos Length Cumulative High-Level Description of the Week
Trailer CS 191 with Umesh Vazirani (Summer 2020) 1:14 1:14
Week 01 (June 15-19, 2020) Course Overview 8:25 9:39 Lecture 1: Double-Slit Experiment
Double-Slit Experiment (Part I) 5:49 15:28
Double-Slit Experiment (Part II) 5:56 21:24
Double-Slit Experiment (Part III) 12:39 34:03
Double-Slit Experiment (Part IV) 9:22 43:25
Qubits 9:31 52:56 Lecture 2: Qubits and Uncertainty Principle
Geometric Representation (Part I) 12:11 1:05:07
Geometric Representation (Part II) 8:09 1:13:16
Uncertainty Principle 11:06 1:24:22
Week 02 (June 22-27, 2020) K-Level Systems, Bra-Ket Notation 15:44 1:40:06 Lecture 3: Axioms of QM, Two Qubits, and Entanglement
Two Qubits 6:08 1:46:14
Entanglement 8:59 1:55:13
EPR Paradox 10:10 2:05:23
Bell and EPR 11:20 2:16:43 Lecture 4: Bell Inequalities
Rotational Invariance of Bell States 6:51 2:23:34
CHSH and Local Realism 12:20 2:35:54
Bell and Local Realism 9:45 2:45:39
Research: Certifiable Randomness 2:11 2:47:50
Week 03 (June 29-July 3, 2020) Time Evolution of a Quantum System 13:06 3:00:56 Lecture 5: Quantum Gates
Unitary Transforms 10:45 3:11:41
Single Qubit Gates 13:06 3:24:47
Two Qubit Gates and Tensor Products 23:04 3:47:51
No-Cloning Theorem 4:56 3:52:47 Lecture 6: Quantum Teleportation
Bell State Circuit 5:59 3:58:46
Teleportation (Part I) 11:38 4:10:24
Teleportation (Part II) 11:26 4:21:50
Measurement 8:08 4:29:58
Week 04 (July 6-11, 2020) N Qubit Systems 7:22 4:37:20 Lecture 7: Quantum Circuits
Manipulating N Qubits 7:37 4:44:57
Universal Quantum Gate Set 5:15 4:50:12
Reversible Computation (Part I) 13:37 5:03:49
Reversible Computation (Part II) 6:38 5:10:27 Lecture 8: Early Quantum Algorithms
Fourier Sampling (Part I) 8:06 5:18:33
Fourier Sampling (Part II) 10:32 5:29:05
Simon's Algorithm 16:57 5:46:02
2^n-Slit Experiment 6:21 5:52:23
Extended Church-Turing Thesis 3:56 5:56:19
Week 05 (July 13-18, 2020) Midterm Exam Midterm Break
Week 06 (July 20-25, 2020) Overview 10:12 6:06:31 Lecture 9: Quantum Fourier Transform
n-th Roots of Unity 6:52 6:13:23
QFTn (Part I) 8:15 6:21:38
QFTn (Part II) 10:05 6:31:43
QFT Properties 16:39 6:48:22
Period Finding 19:28 7:07:50 Lecture 10: Quantum Factoring
QFT Properties (repeat) 16:39 7:24:29
Period Finding 19:28 7:43:57
Shor's Factoring Algorithm 25:43 8:09:40
QFT Circuit 21:44 8:31:24
Week 07 (July 27-31, 2020) Needle In a Haystack 7:34 8:38:58 Lecture 11: Quantum Search
Grover's Algorithm 12:04 8:51:02
Implementing Grover's Algorithm 20:56 9:11:58 Lecture 12: Observables and Schroedinger's Equation
Observables (Part I) 12:55 9:24:53
Observables (Part II) 10:53 9:35:46
Schroedinger's Equation 19:21 9:55:07
Week 08 (August 3-8, 2020) Continuous Quantum States 8:51 Lecture 13: Particle in a Box and Implementing Qubits
Schrödinger's Equation for 1D Free Particle 11:35
Particle in a Box 18:11
Implementing Qubits 5:02
Spin as a Qubit 6:51 Lecture 14: Spin (syllabus title: Adiabatic Quantum Computing and D-Wave Machine)
Bloch Sphere 10:37
Stern-Gerlach 13:23
Pauli Spin Matrices 7:24
Week 09 (August 10-15, 2020) Larmor Precession 15:57 Lecture 15: Spin Qubits (syllabus title: Manipulating Spin)
Spin Resonance (20:30) 20:30
Classical Control 11:32
Supremacy (Part I) 11:20 Lecture 16: Manipulating Spin, Experimental Efforts at Realizing Quantum Computers (syllabus title)
Supremacy (Part II) 12:32 Lecture 16: Supremacy (actual title when lecture given)
Week 10 (August 17-22, 2020) Final Exam Week

Table complete on Sun May 16 12:55:50 EDT 2021.