Mastering Quantum Computing with Qiskit: Master the Fundamentals, Explore Algorithms, and Build Scalable Quantum Applications Using IBM Qiskit to Solve Real-World Problems

Master Quantum Computing with Qiskit to Build Powerful Applications.
Key Features ● Learn quantum computing fundamentals, including qubits and entanglement. ● Explore key quantum algorithms and new features of Qiskit 1.0+. ● Build real-world quantum applications for complex problem-solving.
Book Description With over 450,000 users worldwide, Qiskit has become the go-to platform for building large-scale quantum applications on systems with hundreds of qubits. "Mastering Quantum Computing with Qiskit" offers a comprehensive guide to mastering quantum computing using IBM’s powerful open-source framework.
This book begins by introducing the core concepts of mathematics, quantum mechanics, and computation, before diving into qubits and quantum logic gates for both single and multi-qubit systems. You’ll then explore key features of Qiskit, including mapping, optimization, and transpilation, essential for building efficient quantum circuits.
The book also covers a range of important topics, from foundational quantum algorithms like Grover’s, Shor’s and Fourier’s to quantum communication protocols and variational quantum algorithms. Finally, advanced sections on quantum machine learning, error mitigation, and Qiskit Pulse will empower you to solve real-world problems and stay at the forefront of quantum computing innovation.
Dive in today and unlock the power of quantum computing to build the applications of tomorrow. Let this book be your guide to mastering Qiskit and shaping the future of technology!
What you will learn ● Understand the mathematics behind digital quantum computing technology with essential quantum mechanics. ● Explore quantum hardware platforms and their working principles. ● Get familiar with the features of the new utility-scale Qiskit 1.0+ and quantum logic gates used for making quantum circuits. ● Gain in-depth knowledge about Qiskit transpilation, mapping, and quantum error mitigation processes. ● Learn the theory and implementation behind major quantum algorithms, including Shor’s, Grover’s, and Fouriers transforms. ● Solve real-life application problems using quantum machine learning and variational quantum algorithms.