Information Complexity and Control in Quantum Physics

Table of Contents

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   Book Overview
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   Chapter 1 Introduction from Quantum Physics to Quantum Technology
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   Chapter 2 Information Theory for Quantum Systems
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   Chapter 3 Thermodynamic and Informational Entropies in Quantum Mechanics
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   Chapter 4 Optimal State Determination: A Conjecture
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   Chapter 5 The Origin of the Non-Classical Character of the Quantum Probability Model
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   Chapter 6 On the Universality of the Einstein-Podolsky-Rosen Phenomenon
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   Chapter 7 The Symmetry Between Electricity and Magnetism and the Wave Equation of A Spin 1/2 Magnetic Monopole
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   Chapter 8 Note on Closed-Loop Controlled Random Processes in Quantum Mechanics
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    Chapter 9 An Alternative Approach to Wave Mechanics of A Particle at the Non-Relativistic Approximation
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    Chapter 10 Schrödinger’s Stochastic Variational Dynamics
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    Chapter 11 An Introduction to Non Standard Analysis and Applications to Quantum Theory
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    Chapter 12 Quantum Theory of Continuous Observations Some Significant Examples
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    Chapter 13 Conditional Expectation and Stochastic Processes in Quantum Probability
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    Chapter 14 Continuous Monitoring of Quantum Systems
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    Chapter 15 On the Description of Quantum Dissipative Processes
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    Chapter 16 Quantization of the Kicked Rotator With Dissipation
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    Chapter 17 Hamiltonian and Quantum Mechanical Control Systems
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    Chapter 18 Quantum Statistics for Systems Interacting with a Coherent Electromagnetic Field
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    Chapter 19 Non-Demolition Measurement and Control in Quantum Dynamical Systems
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    Chapter 20 Quantum Nondemolition Filtering
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    Chapter 21 The Method of Seeking Finite Control for Quantum Mechanical Processes