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A First Step to Quantum Computation with Qiskit
Preface
1. Preparation
1.1. About This Book
1.2. Python
1.3. JupyterLab
1.4. Qiskit
1.5. Cloud IDE
2. Quantum Mechanics
2.1. State vectors
2.2. Operators
2.3. Time-evolution
2.4. Quantum measurement
3. What is a Quantum Computer?
3.1. Classical computation
3.2. Quantum computation
3.3. Quantum Information Theory
4. Single qubit
4.1. Pure states
4.2. Bloch sphere
4.3. Qubit Measurement
4.4. Mixed states
5. One-qubit gates
5.5. U Gate
5.6. Rotation Gates, RX, RY, RZ
5.7. XGate
5.8. YGate
5.9. ZGate
5.10. Hadamard gate
5.11. SX and SXdg Gates
5.12. S Gate and S
\(^\dagger\)
Gate
5.13. P Gate
5.14. Change of basis sets
5.15. State tomography
6. Composite Systems
6.1. Two qubits
6.2. More qubits
6.3. Encoding numbers
7. Two-qubits Gates
7.1. CX gate
7.2. CZ Gate
7.3. Controlled- Z, S, T, P gates
7.4. SWAP
8. Algorithms
8.1. Quantum teleportation
8.2. Entanglement swap
8.3. Superdense coding
8.4. Walsh-Hadamard Transformation
8.5. A little example of quantum parallelism
8.6. The Deutsch problem
8.7. Quantum Fourier Transform
8.8. Quantum Phase Estimation
References
Colab
Repository
Open issue
.ipynb
.pdf
Mixed states
4.4.
Mixed states
#
TBW
