cnot gate

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1. 1▶Quantum Computing: Algorithm, Programming and Hardware, an IntroductionQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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2. 2▶L6-1 Review of Lecture 5 and Orthogonality of Pauli MatricesQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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3. 3▶L5-2 Pure and Mixed States and Density Matrix Part 1Quantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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4. 4▶L5-1 Pauli Matrices and Inner Product of MatricesQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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5. 5▶L4-4 Pauli Matrices Part IQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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6. 6▶L4-3 Hermitian matrix, unitary matrix, eigenvalue, eigenvector, transformation, Projection OperatorQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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7. 7▶L4-2 CNOT Gate, Entanglement and Bell StatesQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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8. 8▶L4-1 Review of Lecture 3Quantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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9. 9▶L3-4 Tensor Product and CNOT GateQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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10. 10▶L3-3 Single Qubit Quantum GatesQuantum Computing Hardware and Architecture (EE274 SJSU, 2023)Notes
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