Topics in physics

Quantum Error Correction 7: Introduction to surface code and toric code
22:05
Quantum Error Correction 7: Introduction to surface code and toric code
Quantum Error Correction 6: [7,4] Hamming code, Linear codes, and [[7,1,3]] Steane code
17:40
Quantum Error Correction 6: [7,4] Hamming code, Linear codes, and [[7,1,3]] Steane code
Quantum Error Correction 5: Normalizer of Stabilizer group and error correction conditions
12:52
Quantum Error Correction 5: Normalizer of Stabilizer group and error correction conditions
Quantum Error Correction 4: Knill–Laflamme quantum error-correcting code criterion
20:59
Quantum Error Correction 4: Knill–Laflamme quantum error-correcting code criterion
Quantum Error Correction 3: [[4,2,2]] detection code and [[9,1,3]] Shor code
15:53
Quantum Error Correction 3: [[4,2,2]] detection code and [[9,1,3]] Shor code
Quantum Error Correction 2: [[3,1,1]] bit flip code and stabilizer formalism
12:43
Quantum Error Correction 2: [[3,1,1]] bit flip code and stabilizer formalism
Quantum Error Correction: Introduction and [[2,1,1]] detection code
13:08
Quantum Error Correction: Introduction and [[2,1,1]] detection code
Quantum Algorithms: Quantum Fourier Transform and Phase estimation
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Quantum Algorithms: Quantum Fourier Transform and Phase estimation
Quantum Algorithms: Grover's algorithm and amplitude amplification
18:55
Quantum Algorithms: Grover's algorithm and amplitude amplification
Quantum Algorithms: Deutsch-Jozsa algorithm (PART-2) and the Bernstein-Vazirani algorithm
10:31
Quantum Algorithms: Deutsch-Jozsa algorithm (PART-2) and the Bernstein-Vazirani algorithm
Quantum Algorithms: Deutsch–Jozsa algorithm (PART-1): Phase kickback and Hadamard gates
15:43
Quantum Algorithms: Deutsch–Jozsa algorithm (PART-1): Phase kickback and Hadamard gates
Proof of strong duality: Slater's theorem
21:55
Proof of strong duality: Slater's theorem
Semi-definite programming and min-conditional entropy
15:28
Semi-definite programming and min-conditional entropy
Primal and Dual problems for robustness measure
20:00
Primal and Dual problems for robustness measure
Conic programming: Primal and dual problems
17:40
Conic programming: Primal and dual problems
Conic programming: Introducing cones and dual cones
11:35
Conic programming: Introducing cones and dual cones
Task of subchannel discrimination: PART 2
13:27
Task of subchannel discrimination: PART 2
Task of subchannel discrimination: PART 1
11:01
Task of subchannel discrimination: PART 1
Holevo-Helstrom Theorem
28:41
Holevo-Helstrom Theorem
Special relativity : Problem solving (length contraction and time dilation)
15:06
Special relativity : Problem solving (length contraction and time dilation)
Quantum Field Theory 26:: Boosting Spinor solutions
14:47
Quantum Field Theory 26:: Boosting Spinor solutions
Quantum Field Theory 25:: Completeness and orthogonality relations for Spinor solutions
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Quantum Field Theory 25:: Completeness and orthogonality relations for Spinor solutions
Quantum information Theory 62:: Typical sequences and Shannon's noiseless coding theorem.
18:59
Quantum information Theory 62:: Typical sequences and Shannon's noiseless coding theorem.
Quantum Field Theory 24:: Discussion on Antiparticle solution to Dirac equation
14:42
Quantum Field Theory 24:: Discussion on Antiparticle solution to Dirac equation
Quantum Field Theory 23:: Solution to Dirac equations and Helicity operator
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Quantum Field Theory 23:: Solution to Dirac equations and Helicity operator
Quantum Information Theory 61:: How Data Compression and Entropy are related?
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Quantum Information Theory 61:: How Data Compression and Entropy are related?
Quantum information theory 60:: Proof of Holevo bound and an example
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Quantum information theory 60:: Proof of Holevo bound and an example
Quantum information theory 59:: Quantum instrument (proof of Holevo bound 1)
13:00
Quantum information theory 59:: Quantum instrument (proof of Holevo bound 1)
Maxwell's Equations
1:00
Maxwell's Equations
Quantum information theory::58 :: Accessible information and no cloning theorem
12:08
Quantum information theory::58 :: Accessible information and no cloning theorem