Quantum Information Physics Principles

Author: Zhang Yongde
Publisher:
Publish Date: 2006-01-01
Features: This book systematically introduces the physical principles of quantum information theory. The content includes quantum measurement problems, two-state systems, quantum entanglement analysis, Bell space non-locality and analysis, decoherence analysis, purification and coherence recovery, the no-cloning theorem and quantum Zeno effect, quantum state superoperator transfer, quantum gates and simple quantum networks, quantum algorithms, quantum error correction and fidelity, quantum information theory, and more, totaling 13 topics. The focus is on explaining the physical principles. Each chapter is accompanied by relevant references and exercises. For the convenience of self-study and teaching, detailed solutions are provided for all exercises. This book can serve as a teaching text, as well as a reference for self-study and research, suitable for teachers, researchers, graduate and undergraduate students in the fields of physics and electronic information science.