Quantum Communication, Computing, and Measurement 3

Preface. Part I: Quantum Information and Quantum Communication. 1. Additivity/Multiplicativity Problems for Quantum Communication Channels; G.G. Amosov, et al. 2. Universal Copying of Coherent States: A Gaussian Cloning Machine; N.J. Cerf, S. Iblisdir. 3. Quantum Random Coding Exponent of a Symmetric State Alphabet; K. Kato, O. Hirota. 4. Information and Distance in Hilbert Space; L.B. Levitin, et al. 5. Superadditivity with Mixed Letter States; M. Osaki. 6. Quantum State Recognition; M. Sasaki, A. Carlini. 7. Superadditivity in Capacity of Quantum Channel by Classical Pseudo-Cyclic Codes; S. Usami, et al. 8. Property of Mutual Information for M-ary Quantum-State Signals; T.S. Usuda, et al. 9. Performances of Binary Block Codes used on Binary Classical-Quantum Channels; P. Wocjan, et al. Part II: Quantum Measurement, Decoherence, and Tomography. 10. Entropy and Information Gain in Quantum Continual Measurements; A. Barchielli. 11. Experimental Quantum State Discrimination; S.M. Barnett, et al. 12. Spontaneous Intrinsic Decoherence in Rabi Oscillations Experiments; R. Bonifacio, S. Olivares. 13. Quantum Tomography, Teleportation, and Cloning, G.M. D'Ariano. 14. Decoherence versus the Idealization of Microsystems as Correlation Carriers between Macrosystems; L. Lanz, et al. 15. Quantum Measurement, Information, and Completely Positive Maps; M. Ozawa. 16. On the Number of Elements Needed in a POVM Attaining the Accessible Information; P.W. Shor. 17. Einselection and Decoherence from an Information Theory Perspective; W.H. Zurek. 18. Reconstructing the Discrete Wigner Function through Complementary Measurements; R. Asplund, G. Björk. 19. Statistical Noise in Measuring Correlated Photon Beams; S. Castelletto, et al. 20. Reconstruction Technique for a Trapped Electron; M. Fortunato, et al. 21. Quantum Mechanics without Statistical Postulates; H. Geiger, et al. 6 Additional Chapters. Part III: Quantum Computing. 28. The Representation of Numbers by States in Quantum Mechanics; P. Benioff. 29. Towards Quantum Computation with Trapped Calcium Ions; D. Leibfried, et al. 30. Physical Limits to Computation; S. Lloyd. 31. Realising Quantum Computing: Physical systems and robustness; A.M. Steane. 32. Information Analysis of Quantum Gates for Simulation of Quantum Algorithms on Classical Computers; S.V. Ulyanov, et al. 33. Quantum Probabilistic Subroutines and Problems in Number Theory; A. Carlini, A. Hosoya. 34. Theory of the Quantum Speed Up; G. Castagnoli, D.R. Finkelstein. 35. Quantum Gates Using Motional States in an Optical Lattice; E. Charron, et al. 36. Quantum Error-Correcting Code for Burst Error; S. Kawabata. 37. Non-Dissipative Decoherence in Ion-Trap Quantum Computers; S. Mancini, R. Bonifacio. 38. Optical Qubit Using Linear Elements; M.G.A. Paris. 39. Atom Chips; J. Schmiedmayer, R. Folman. 40. Decoherence and Fidelity of Single Qubit Operations in a Solid Qua