This book is an introduction, from scratch, to quantum computing and the most important and foundational quantum algorithms — ranging from humble protocols such as Deutsch’s algorithm to ones with far-reaching potential, such as Shor’s factoring algorithm, —offering clear explanations and a hands-on approach with runnable code on simulators and real hardware. The book is self-contained and does not assume any previous experience in quantum computing. Starting with a single qubit, it scales to algorithms using superposition and entanglement.


At every step, examples of applications are provided, including how to create quantum money that is impossible to forge, quantum cryptography that cannot be broken, and algorithms for searching and factoring that are much faster than those that regular, non-quantum computers can use. Code for each of these algorithms is provided (and explained in detail) using Qiskit 2.0.


After reading this book, you will understand how quantum algorithms work, how to write your own quantum programs, and how to run them on quantum simulators and actual quantum computers. You will also be prepared to take the jump into quantum algorithms for optimization and artificial intelligence, like those presented in our previous book, A Practical Guide to Quantum Machine Learning and Quantum Optimization.

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Spis treści

A Practical Guide to Quantum Computing. Hands-on guide to learning quantum computing with practical code and real-world algorithms in Qiskit eBook -- spis treści

• 1. What Is (and What Is Not) a Quantum Computer?
• 2. Qubits, Gates, and Measurements
• 3. Applications and Protocols with One Qubit
• 4. Coding One-Qubit Algorithms in Qiskit
• 5. How to Work with Two Qubits
• 6. Applications and Protocols with Two Qubits
• 7. Coding Two-Qubit Algorithms in Qiskit
• 8. How to Work with Many Qubits
• 9. The Full Power of Quantum Algorithms
• 10. Coding with Many Qubits in Qiskit
• 11. Finding the Period and Factoring Numbers
• 12. Searching and Counting with a Quantum Computer
• 13. Coding Shor and Grover Algorithms in Qiskit
• 14. Quantum Error Correction and Fault Tolerance
• 15. Experiments for Quantum Advantage
• 16. APPENDICES