Information Complexity and Control in Quantum Physics

S. Introduction. From Quantum Physics to Quantum Technology.- Quantum Information, Probability and Symmetry : L.B. Information Theory for Quantum Systems. F. Thermodynamical and Informational Entropies in Quantum Mechanics. I.D. Optimal State a Conjecture. D. The Origin of the Non-classical Character of the Quantum Probability Model. L. On the Universality of the Einstein-Podolsky-Rosen Phenomenon. G. The Symmetry between Electricity and Magnetism and the Wave Equation of a Spin 1/2 Magnetic Monopole.- Stochastic Control and Quantum Mechanics : A. Blaquiè Note on Closed-Loop Controlled Random Processes in Quantum Mechanics. A. Blaquière, A. An Alternative Approach to Wave Mechanics of a Particle at the Non-relavistic Approximation. J.C. Schrödinger's Stochastic Variational Dynamics.- Quantum Stochastic Processes : S. An Introduction to Non Standard Analysis and Applications to Quantum Theory. G.M. Quantum Theory of Continuous Observations. Some Significant Examples. W. Conditional Expectations and Stochastic Processes in Quantum Probability. A. Continuous Monitoring of Quantum Systems. M. On the Description of Quantum Dissipative Processes.- F. Dittrich, R. Quantization of the Kicked Rotator with Dissipation.- Quantum Mechanical Control Systems : A. J. van der Hamiltonian and Quantum Mechanical Control Systems. A. Quantum Statistics for Systems Interacting with a Coherent Electromagnetic Field. V. Non-Demolition Measurement and Control in Quantum Dynamical Systems. J.M. Clark, T.J. Quantum Non-Demolition Filtering. A.G. Butkovskiy, Y.T. Pustil' The Method of Seeking Finite Control for Quantum Mechanical Processes.