Fundamental aspects of quantum physics : proceedings of the Japan-Italy Joint Workshop on Quantum Open Systems, Quantum Chaos a

The book presents a theory of latticed shells constructed on the basis of a continual model and describes its applications. It analyzes the problems of statics, stability, dynamics. A special emphasis is laid on the study of linear problems. However, in some instances the geometrical and physical nonlinearity are also considered. The problems of optimum designing in terms of material consumption is given considerable attention. Some of the findings are generalized and extended to the edged and composite systems. In dealing with specific boundary value problems the author applies, among other methods, a new method of decomposition which he has developed and which helps to obtain simple approximated results characterized by high accuracy and used for calculating the elements in a broad class structures Quantum Open Systems: Onsager Relation with the "Slow" Degrees of the Field in the White Noise Equation Based on Stochastic Limit; L. Accardi, et al; Nonequilibrium Local States in Relativistic Quantum Field Theory, I. Ojima; Fluctuation Theorem, Nonequilibrium Steady States and MacLennan Zubarev Ensembles of a Class of Large Quantum Systems, S. Tasaki, T. Matsui. Quantum Chaology: Weak Chaos: Classical and Quantum Features, R. Artuso; Quantum Transport in Quantum Billiards: From Kelvin Through Arnold, K. Nakamura; On Quantum Classical Correspondence and Chaos Degree for Baker's Map, K. Inoue, et al; Quantum Measurements and Related Topics: Welcher Weg Puzzle with a Decaying Atom, S. Takagi; Unstable Systems and Quantum Zeno Phenomena in Quantum Field Theory, P. Facchi, S. Pascazio; Quantum Decomposition and Quantum Central Limit Theorem, A. Hora, N. Obata; and other papers