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QUANTUM INFORMATION SCIENCE
Proceedings of the 1st Asia-Pacific Conference
National Cheng Kung University, Taiwan 10 - 13 December 2004
edited by Chopin Soo & Wei-Min Zhang (National Cheng Kung University, Taiwan)
Table of Contents (53k) Preface (41k) Chapter 1: Realistic Simulations of Single-Spin Measurement Via Magnetic Resonance Force Microscopy (153k)
The goals of the 1st Asia-Pacific Conference on Quantum Information Science, which are embodied in this volume, were to promote and strengthen the interactions and exchange of knowledge among researchers of the Asia-Pacific region in the rapidly advancing field of quantum information science. The volume contains many leading researchers’ latest experimental and theoretical findings, which together constitute a valuable contribution to this fascinating area.
Contents:
- Realistic Simulations of Single-Spin Measurement via Magnetic
Resonance Force Microscopy (T A Brun & H-S Goan)
- Continuous Variable Teleportation of Quantum Fields (H J Carmichael)
- Silicon-Based Nuclear Spin Quantum Computer (H-S Goan)
- Robust Dynamical Decoupling: Feedback-Free Error Correction (D A Lidar & K Khodjasteh)
- A Bell Inequality Based on Correlation Functions for Three Qubits (C-F Wu et al.)
- Minimum-Error Discrimination among Mixed Quantum States (C-L Chou)
- Security of Quantum Key Distribution with Strong Phase-Reference Pulse (M Koashi)
- Limitation on the Accessible Information for Quantum Channels with Inefficient Measurements (K Jacobs)
- Codes for Key Generation in Quantum Cryptography (B-G Englert et al.)
- W State Generation and Effect of Cavity Photons on the Purification of Dot-Like Single Quantum Well Excitons (C-M Li et al.)
- A Universal Quantum Estimator (L C Kwek et al.)
- Towards a Practical Environment for Quantum Programming (S Yamashita et al.)
- Decoy State Quantum Key Distribution (Abstract Only) (H-K Lo)
- Mixed-State Entanglement in the Light of Pure-State Entanglement Constrained by Superselection Rules (S D Bartlett et al.)
- Quantum Computation Based on Electron Spin Qubits without Spin-Spin Interaction (Y-Z Wu et al.)
- Infrared Wavelength Quantum Communications Based on Single Electron Transistors (D M T Kuo)
- Recent Results in Experiments with Josephson Qubits (O Astafiev et al.)
- Pulsed Endor-Based Quantum Information Processing (R Rahimi et al.)
- Utilization of Polarized Electron Spin of Organic Molecules in Quantum Computing (T-S Lin et al.)
- Quantum System Identification (L-Y Hsu)
- Organic Semiconductor Micro-Pillar Processed by Focused Ion Beam Milling (W-C Hung et al.)
- Optimal Design of Single-Photon Source Emission from a Quantum-Dot in Micro-Pillar Microcavity (Y-L D Ho et al.)
Readership: Physicists, researchers and postgraduates working in quantum
information science and quantum computation.
| 268pp |
Pub. date: Oct 2005 |
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