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Full Description
This book provides a practical guide to solving problems with quantum algorithms and hands-on Qiskit coding. It introduces the theoretical foundations of quantum computing in a concise and accessible way, enabling readers to quickly grasp the essentials and apply them to real-world programming tasks.
The content transitions seamlessly from theory to practice, offering numerous examples that readers can program themselves using Qiskit. By leveraging Qiskit, readers can emulate the functionality of real quantum computers without requiring access to specialized laboratory equipment. The mathematical fundamentals of quantum computing are presented in a clear and structured manner, making it easier to experiment with programming concepts. This practical approach allows for hands-on exploration of quantum algorithms, bridging the gap between abstract concepts and real-world applications.
This book is an invaluable resource for students and professionals in fields such as computer science, engineering, physics, and mathematics. By combining clear explanations of quantum computing concepts with practical tools like Qiskit, it empowers readers to develop hands-on skills and tackle real-world problems using quantum algorithms. This practical approach ensures that readers are well-prepared to explore and contribute to the rapidly advancing field of quantum computing.
Contents
1 Introduction 2 Mathematical Foundations 3 Important experiments in quantum mechanics 4 Elementary building blocks of
quantum mechanics 5 Elementary properties of quantum mechanics 6 (Multi-)Qubits 7 Gates 8 Quantum Circuits 9 The Deutsch-Jozsa Algorithm 10 The Simon Algorithm 11 The Grover Algorithm 12 The Shor Algorithm 13 Impact on cryptography 14 Other important topics and reading tips 15 References
