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Rapid progress in quantum theory brings us new important results which are often not immediately clear to all who need them. But fortunately, this is also followed by simplifications and unifications of our previous concepts. The inverse problem method ("The most beautiful idea of the XX-th century" - Zakharov et aI., 1980) has just both these aspects. It is rather astonishing that it took 50 years after the foundation of quantum mechanics for the creation of the "pictures" showing the direct connection of obser vables with interactions. Recently, illustrations of this type began to appear in the literature (e. g., how potentials are deformed with thc shift of one energy level or change of s...
This book covers the proceedings of "The Future of Life and the Future of our Civilization" symposium, held in Frankfurt, Germany in May 2005.
Two problems continually arise in the sciences and humanities, according to Mario Bunge: parts and wholes and the origin of novelty. In Emergence and Convergence, he works to address these problems, as well as that of systems and their emergent properties, as exemplified by the synthesis of molecules, the creation of ideas, and social inventions. Along the way, Bunge examines further topical problems, such as the search for the mechanisms underlying observable facts, the limitations of both individualism and holism, the reach of reduction, the abuses of Darwinism, the rational choice-hermeneutics feud, the modularity of the brain vs. the unity of the mind, the cluster of concepts around 'may...
Dealing with the controversies over the reality of the external world, this work offers a defense of realism, a critique of various forms of contemporary anti-realism, and a sketch of the author's version of realism, namely hylorealism. It examines the main varieties of antirealism and argues that all of these in fact hinder scientific research.
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This is the proceedings of the XXXI Latin-American School of Physics. The focus is on New Perspectives on Quantum Mechanics. During three weeks of the School, lectures from leading physicists aimed to present a general overview of the current state-of-the-art of quantum physics, both from a theoretical and an experimental perspective. The contributions of the first part deal with quantum optics, modern techniques for atom cooling by means of lasers, atomic and ion traps, the manipulation of atoms in microcavities, and Bose-Einstein condensation. The emphasis was on experimental techniques related to fundamental phenomena predicted by quantum mechanics. In the second part, we find new theoretical methods for the study of quantum mechanics, tomographic methods, and alternative interpretations of quantum mechanics. The final part is a collection of topics of quantum mechanics: mesoscopic systems, several mathematical techniques, and quantum chaos.