edited by Mikio Nakahara (Kinki University, Japan) , Yukihiro Ota (Kinki University, Japan) , Robabeh Rahimi (Kinki University, Japan) , Yasushi Kondo (Kinki University, Japan) , & Masahito Tada-Umezaki (Kinki University, Japan)

Table of Contents (91k)
Preface (56k)
Chapter 1: Liquid-State Nmr Quantum Computer: Working Principle and Some Examples (919k)

This book provides an overview on physical realizations of quantum computing by means of molecular systems. It will be useful for graduate students and researchers interested in quantum computing from different areas of physics, physical chemistry, informatics and computer science. Each chapter is written in a self-contained manner and hence can be accessible for researchers and graduate students with even less background in the topics.

• Liquid-State NMR Quantum Computer: Working Principle and Some Examples Y Kondo)
• Flux Qubits, Tunable Coupling and Beyond (A O Niskanen)
• Josephson Phase Qubits, and Quantum Communication via a Resonant Cavity (M A Sillanpää)
• Quantum Computing Using Pulse-Based Electron-Nuclear Double Resonance (ENDOR): Molecular Spin-Qubits (K Sato et al.)
• Fullerene-C₆₀: A Possible Molecular Quantum Computer (T Wakabayashi)
• Errors in a Plausible Scheme of Quantum Gates in Kane's Model (Y Ota)
• Yet Another Formulation for Quantum Simultaneous Noncooperative Bimatrix Games (A SaiToh et al.)
• Continuous-Variable Teleportation of Single-Photon States and an Accidental Cloning of a Photonic Qubit in Two-Channel Teleportation (T Ide)