Open Systems and Information Dynamics

(ed.)
World scientific publishing company (2009)
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Mental states follow quantum mechanics during perception and cognition of ambiguous figures.  (pages 1-17)Elio Conte
A class of bound entangled states of two qutrits.  (pages 16--02)Jacek Jurkowski, Dariusz Chruściński & Adam Rutkowski
A simple thermodynamical witness showing universality of macroscopic entanglement.  (pages 16--02)Vlatko Vedral
A unified scheme of measurement and amplification processes based on Micro-Macro duality—Stern-Gerlach experiment as a typical example.  (pages 16--01)Ryo Harada & Izumi Ojima
Complex Hadamard matrices from Sylvester inverse orthogonal matrices.  (pages 16--04)Petre Diţă
Complexity invariance by replication in the quantum square well.  (pages 16--04)Ricardo López-Ruiz & Jaime Sanudo
Distilling entanglement from fermions.  (pages 16--02)Michael Keyl
Effect of entanglement on geometric phase for multi-qubit states.  (pages 16--02)Mark S. Williamson & Vlatko Vedral
Entanglement generation and evolution in open quantum systems.  (pages 16--02)Aurelian Isar
First-passage problems for asymmetric diffusions and skew-diffusion processes.  (pages 16--04)Mario Abundo
Low Density Limit and the Quantum Langevin Equation for the Heat Bath.  (pages 16--04)Ameur Dhahri
On Generalized Quantum Turing Machine and Its Applications.  (pages 16--02)Satoshi Iriyama & Masanori Ohya
On a combined quantum baker's map and its characterization by entropic chaos degree.  (pages 16--02)Kei Inoue, Masanori Ohya & Igor V. Volovich
On the relation between Schmidt coefficients and entanglement.  (pages 16--02)Paolo Aniello & Cosmo Lupo
On the structure of generators for non-Markovian Master Equations.  (pages 16--02)Andrzej Kossakowski & Rolando Rebolledo
Probabilistic Telecloning with Partially Entangled States.  (pages 16--04)de-Chao Li & Zhong-ke Shi
Quantum Algorithmic Complexities and Entropy.  (pages 16--01)Fabio Benatti
Quantum Criticality of Ground and Thermal States in XX Model.  (pages 16--02)Wonmin Son & Vlatko Vedral
Quantum Decay Cannot Be Completely Reversed: The 5% Rule.  (pages 16--01)Robert Alicki
Quantum Markov model for data from Shafir-Tversky experiments in cognitive psychology.  (pages 16--04)Luigi Accardi, Andrei Khrennikov & Masanori Ohya
Remarks on the GNS Representation and the Geometry of Quantum States.  (pages 16--02)Dariusz Chruściński & Giuseppe Marmo
Remarks on the structure of Clifford quantum cellular automata.  (pages 16--02)Dirk-Michael Schlingemann
Selective phase rotation quantum gate entangler.  (pages 16--04)Hoshang Heydari
Some Aspects of Complexities for Quantum Processes.  (pages 16--02)Noboru Watanabe
The cyclicity of a cubic system.  (pages 16--04)Viktor Levandovskyy, Alessandro Logar & Valery G. Romanovski
The frame potential, on average.  (pages 16--02)Ingemar Bengtsson & Helena Granström
Towards a unified approach to information-disturbance tradeoffs in quantum measurements.  (pages 16--01)Francesco Buscemi & Michał Horodecki
Deviations from Ultrametricity in Phage Protein Distances.  (pages 75-84)Chad Wagner, Anna Salamon, Robert A. Edwards, Forest Rohwer & Peter Salamon
Density Matrix Description of Fast and Slow Light Propagation in Sodium Vapour.  (pages 103-125)Abu Mohamed Alhasan
Schwinger geometry, Bethe Ansatz, and a magnonic qudit.  (pages 221-233)Paweł Jakubczyk, Stanisław Topolewicz, Andrzej Wal & Tadeusz Lulek

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