39:18

[CSE482] Quantum Computing 2 | Tutorial 5: Pre-Mid Problem Solving | Summer '24

01:09:54

[CSE482] Quantum Computing 2 | Lecture 15: No-Go Theorems | Summer '24

54:31

[CSE482] Quantum Computing 2 | Lecture 14: Quantum Key Distribution | Summer '24

01:02:06

[CSE482] Quantum Computing 2 | Lecture 13: No-Signaling, Teleportation | Summer '24

01:03:18

[CSE481] Quantum Computing 1 | Tutorial 5, Part 2 : Qiskit | Summer '24

01:30:39

[CSE481] Quantum Computing 1 | Tutorial 5, Part 1 : Quantum Communication | Summer '24

02:04:17

[CSE482] Quantum Computing 2 | Tutorial 6: Attending TQC'24; Quantum Error Correction | Summer '24

01:22:47

[CSE482] Quantum Computing 2 | Lecture 12: Quantum Error Correction | Summer '24

01:14:28

[CSE482] Quantum Computing 2 | Lecture 11: Mid-Term Problem Review | Summer '24

01:23:22

[CSE482] Quantum Computing 2 | Lecture 10: Mid Term Review | Summer '24

01:23:29

[CSE482] Quantum Computing 2 | Lecture 9: Kraus Elements, Peres-Horodecki Criterion | Summer '24

01:52:49

QuIC Seminar | Superconducting Qubits, by Tanvir Ahmed Masum | 2024 July 11

02:09:33

[CSE481] Quantum Computing 1 | Tutorial 3: Quantum States | Summer '24

02:13:40

[CSE482] Quantum Computing 2 | Tutorial 4: Density Matrices and Bloch Vectors | Summer '24

01:26:59

[CSE482] Quantum Computing 2 | Lecture 8: Quantum Operations (Cont.) | Summer '24

01:22:53

[CSE482] Quantum Computing 2 | Lecture 7: Post-Measurement State; Quantum Operations | Summer '24

02:09:32

[CSE481] Quantum Computing 1 | Tutorial 2: Linear Algebra (Cont.) | Summer '24

02:20:33

[CSE482] Quantum Computing 2 | Tutorial 3: Linear Algebra Proofs | Summer '24

01:16:54

[CSE482] Quantum Computing 2| Lecture 6: Density Matrix Formalism, Reduced State (Cont.) | Summer'24

01:20:50

[CSE482] Quantum Computing 2 | Lecture 5: Density Matrix Formalism, Reduced State | Summer '24

01:22:53

[CSE482] Quantum Computing 2 | Lecture 4: Density Matrix Formalism, Partial Trace | Summer '24

01:20:05

[CSE482] Quantum Computing 2 | Lecture 3: Density Matrix Formalism 1 | Summer '24

01:46:04

[CSE481] Quantum Computing 1 | Tutorial 1: Linear Algebra 1 | Summer '24

02:10:54

[CSE482] Quantum Computing 2 | Tutorial 2: Linear Algebra 2 | Summer'24

01:12:32

[CSE482] Quantum Computing 2 | Lecture 2: Statevector Formalism (Cont.) | Summer '24

02:48:14

[CSE482] Quantum Computing 2 | Tutorial 1: Linear Algebra Review 1 | Summer '24

01:12:09

[CSE482] Quantum Computing 2 | Lecture 1: Statevector Formalism | Summer '24

41:34

[CSE482] Quantum Computing 2 | Lecture 0: Introduction and Course Details | Summer '24

01:16:54

Decoherence Free Subspaces, Noiseless Subsystems and Operator Quantum Error Correction

01:26:49

Quantum Optics | Lecture 6: Dipoles in the Quantized Electromagnetic Field | Supantho Raxit

01:25:46

Quantum Optics | Lecture 5: Bloch Equations | Supantho Raxit

01:40:10

Quantum Optics | Lecture 4: Two Level Systems | Supantho Raxit

01:05:03

Quantum Optics | Lecture 3, Part 2: The Quantized Electric Dipole | Supantho Raxit

01:01:08

Quantum Optics | Lecture 3, Part 1: Pictures of Quantum Mechanics | Supantho Raxit

02:04:00

Crash-Course on Density Matrices

01:49:56

Quantum Optics | Lecture 2: Basics of Quantum Mechanics, Bloch Sphere | Supantho Raxit

01:02:19

Quantum Optics | Lecture 1: Introduction | Supantho Raxit

59:09

Pre-Final Consultation (2) | QC2/QIT - Spring 22 | BracU

30:44

Pre-Final Consultation (1) | QC2/QIT - Spring 22 | BracU

01:06:15

Lecture 20: Stabilizer Codes (Part 2) | QC2/QIT - Spring 22 | BracU

01:24:00

Lecture 19: Stabilizer Codes (Part 1) | QC2/QIT - Spring 22 | BracU

01:33:46

Lecture 18: Properties of Pauli Stabilizers (Part 2) | QC2/QIT - Spring 22 | BracU

01:30:17

Lecture 17: Properties of Pauli Stabilizers (Part 1) | QC2/QIT - Spring 22 | BracU

01:08:35

Lecture 16: Properties of the Pauli Group | QC2/QIT - Spring 22 | BracU

01:34:29

Lecture 15: Stabilizer Formalism | QC2/QIT - Spring 22 | BracU

01:03:36

Lecture 14: Knill-Laflamme Error Correction Condition (Part 3) | QC2/QIT - Spring 22 | BracU

01:17:36

Lecture 13: Knill-Laflamme Error Correction Condition (Part 2) | QC2/QIT - Spring 22 | BracU

01:17:36

Lecture 12: Knill-Laflamme Error Correction Condition (Part 1) | QC2/QIT - Spring 22 | BracU

25:55

Lab 4 : Load Regulation (Experiment) | CSE251 - Spring 22 - Section 1 | BracU

15:38

Lab 4 : Line Regulation (Experiment) | CSE251 - Spring 22 - Section 1 | BracU

21:33

Lab 4 : Voltage Regulators (Lecture) | CSE251 - Spring 22 - Section 1 | BracU

28:34

Lab 4 : Zener Diodes (Experiment) | CSE251 - Spring 22 - Section 1 | BracU

32:14

Lab 4 : Zener Diodes (Lecture) | CSE251 - Spring 22 - Section 1 | BracU

02:02:39

Lecture 10: Shor Code | QC2/QIT - Spring 22 | BracU

01:23:30

Lecture 11 : Correction of Arbitrary Errors | QC2/QIT - Spring 22 | BracU

01:28:10

Tutorial 5: Calderbank-Shor-Steane Codes | QC2/QIT - Spring 22 | BracU

01:47:05

Lecture 9: Quantum Repetition Code / Bit-Flip Code | QC2/QIT - Spring 22 | BracU

01:46:14

Tutorial 4: Shor Code | QC2/QIT - Spring 22 | BracU

01:29:33

Pre-Mid Consultation | QC2/QIT - Spring 22 | BracU

01:44:31

Tutorial 3: Quantum Error Correction | QC2/QIT - Spring 22 | BracU