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[en] The uference book describes effects occurring in various fields of physics. Part 1 of the book contains 74 atomic and molecular effects which are arranged in alphabetical order beginning with activation and ending with Zeeman effect

[en] This general book describes the change from classical physics to quantum physics. The first part presents atom evolution since antiquity and introduces fundamental quantities and elements of relativity. Experiments which have contributed to the evolution of knowledge on matter are analyzed in the second part. Applications of wave mechanics to the study of matter properties are presented in the third part

[en] This monograph contains the proceedings of the ''First European Conference on Atomic and Molecular Physics'', held in Gandia (Spain) 1992. Among the several possibilities for the organization of the contributions to this monographic issue, we have chosen the following one. At the beginning of the book, we have placed the Experimental Papers, which we hope will be larger in future issues. This section is followed by the Quantum Chemical Contributions. Finally to close the monograph, we have presented the Dynamical Studies. The general idea behind this organization has been that the basic studies precede the applications and that the small systems come before the analysis of larger ones

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[en] In this book after a description of the physical foundations of atomistics the philosophical aspects of atomistics are discussed. (HSI)

[en] Different coarse-graining techniques for soft matter systems have been developed in recent years, however it is often very demanding to find the method most suitable for the problem studied. For this reason we began to develop the VOTCA toolkit to allow for easy comparison of different methods. We have incorporated 6 different techniques into the package and implemented a powerful and parallel analysis framework plus multiple simulation back-ends. We will discuss the specifics of the package by means of various studies, which have been performed with the toolkit and highlight problems we encountered along the way.

[en] We present an interactive, Web-based application that provides a comfortable access to evaluating, comparing, and plotting of a multitude of different plasma and atomic physics parameters, grouped by the unit dimensions. A special attention is devoted to the Stark broadening which is calculated with a good accuracy for transitions between degenerate atomic levels. The list of the entities calculated encompasses over one hundred entries and is easily expandable. The application is built using open-source components and is compatible with a majority of modern browsers.