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CHEMISTRY  \nTOPICS IN  \nMOLECULAR ORGANIZATION AND ENGINEERING  \nThe titles published in this series are listed at the end of this volume.  \nStrategies and Applications in Quantum Chemistry  \nFrom Molecular Astrophysics to Molecular Engineering  \nedited by  \nY. ELLINGER  \nEcole Normale Supérieure & Observatoire de Paris, Paris, France  \nand  \nM. DEFRANCESCHI  \nCommissariat à l'Energie Atomique, Saclay, France  \nKLUWER ACADEMIC PUBLISHERS  \nNEWYORK, BOSTON, DORDRECHT, LONDON, MOSCOW  \neBook ISBN: 0-306-46930-8  \nPrint ISBN: 0-792-33837-5  \n©2002 Kluwer Academic Publishers  \nNew York, Boston, Dordrecht, London, Moscow  \nAll rights reserved  \nNo part of this eBook may be reproduced or transmitted in any form or by any means, electronic, mechanical, recording, or otherwise, without written consent from the Publisher  \nCreated in the United States of America  \nVisit Kluwer Online at: [http://www.kluweronline.com](http://www.kluweronline.com)  \nand Kluwer's eBookstore at: [http://www.ebooks.kluweronline.com](http://www.ebooks.kluweronline.com)  \nIntroduction to the Series  \nThe Series ‘Topics in Molecular Organization and Engineering’ was initiated by the Symposium ‘Molecules in Physics, Chemistry, and Biology’, which was held in Paris in 1986. Appropriately dedicated to Professor Raymond Daudel, the symposium was both broad in its scope and penetrating in its detail. The sections of the symposium were: 1. The Concept of a Molecule; 2. Statics and Dynamics of Isolated Molecules; 3. Molecular Interactions, Aggregates and Materials; 4. Molecules in the Biological Sciences, and 5. Molecules in Neurobiology and Sociobiology. There were invited lectures, poster sessions and, at the end, a wideranging general discussion, appropriate to Professor Daudel’s long and distinguished career in science and his interests in philosophy and the arts.  \nThese proceedings have been arranged into eighteen chapters which make up the first four volumes of this series: Volume I, ‘General Introduction to Molecular Sciences’; Volume II, ‘Physical Aspects of Molecular Systems’; Volume III, ‘Electronic Structure and Chemical Reactivity’; and Volume IV,‘Molecular Phenomena in Biological Sciences’. The molecular concept includes the logical basis for geometrical and electronic structures, thermodynamic and kinetic properties, states of aggregation, physical and chemical transformations, specificity of biologically important interactions, and experimental and theoretical methods for studies of these properties. The scientific subjects range therefore through the fundamentals of physics, solid-state properties, all branches of chemistry, biochemistry, and molecular biology. In some of the essays, the authors consider relationships to more philosophic or artistic matters.  \nIn Science, every concept, question, conclusion, experimental result, method, theory or relationship is always open to reexamination. Molecules do exist! Nevertheless, there are serious questions about precise definition. Some of these questions lie at the foundations of modern physics, and some involve states of aggregation or extreme conditions such as intense radiation fields or the region of the continuum. There are some molecular properties that are definable only within limits, for example, the geometrical structure of non-rigid molecules, properties consistent with the uncertainty principle, or those limited by the neglect of quantum-field, relativistic or other effects. And there are properties which depend specifically on a state of aggregation, such as superconductivity, ferroelectric (and anti) . ferromagnetic (and anti) . superfluidity, excitons. polarons, etc. Thus, any molecular definition may need to be extended in a more complex situation.  \nChemistry, more than any other science, creates most of its new materials. At least so far, synthesis of new molecules is not represented in this series, although the principles of chemical reactivity a","cbCaiboMVdUoeTJW","https://ap.wps.com/l/cbCaiboMVdUoeTJW","pdf",6418308,478,"English","# Introduction to the Series\n## Origins and symposium sections\n## Volume and chapter structure\n# Table of Contents\n## Prefaces\n## Quantum Chemistry: the new frontiers\n## Strategies and Formalisms\n## Selected chapters and topics","[{\"question\":\"What symposium founded the “Topics in Molecular Organization and Engineering” series?\",\"answer\":\"The series was initiated by the symposium “Molecules in Physics, Chemistry, and Biology,” held in Paris in 1986.\"},{\"question\":\"How are the first four volumes of the series described in the introduction?\",\"answer\":\"They are arranged into eighteen chapters grouped into Volume I (General Introduction to Molecular Sciences), Volume II (Physical Aspects of Molecular Systems), Volume III (Electronic Structure and Chemical Reactivity), and Volume IV (Molecular Phenomena in Biological Sciences).\"},{\"question\":\"What kinds of molecular properties can require extending the molecular definition?\",\"answer\":\"The text notes that some properties are definable only within limits (e.g., non-rigid geometries, uncertainty-principle-consistent properties, neglected quantum-field or relativistic effects), and that other properties depend on aggregation states such as superconductivity, ferroelectricity/ferromagnetism, superfluidity, excitons, and polarons.\"}]","STRATEGIES AND APPLICATIONS IN QUANTUM CHEMISTRY - Topics in Molecular Organization and Engineering | PDF",1789973988,1205]