Titlebook: Introduction to Quantum Information Science; Masahito Hayashi,Satoshi Ishizaka,Tomohiro Ogawa Textbook 2015 Springer-Verlag Berlin Heidelb

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Quantum Entanglement,nformation technology. In recent years, the theory of entanglement has been rapidly developed along with quantum information theory. In particular, introducing the concept of local operations and classical communication enables us to quantify the amount of entanglement, and leads to our much better

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Quantum Error Correction and Quantum Cryptography,e classical error correction based on an algebraic method. Using the knowledge of the classical error correction. This chapter explains the quantum error correction. Then, based on the property of the quantum error correction, we treat the secure communication of the classical message via a quantum

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Information Quantities in Quantum Systems,n of typical sequences for understanding of the meaning of the entropy. Using these knowledge, we treat the theory of quantum information quantities, such as the von Neumann entropy, the quantum relative entropy, the quantum mutual information, and the fidelity.

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Quantum Entanglement,troducing the concept of local operations and classical communication enables us to quantify the amount of entanglement, and leads to our much better understanding of quantum entanglement. In this chapter, the various properties of quantum entanglement are explained.