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Supranationalism --- Citizenship --- Group identity --- Elite (Social sciences) --- Education --- Labor market --- Supranationalité --- Citoyenneté --- Identité collective --- Elite (Sciences sociales) --- Marché du travail --- European Union. --- -Citizenship --- -Group identity --- -Elite (Social sciences) --- -Education --- -Labor market --- -305.809 --- Employees --- Market, Labor --- Supply and demand for labor --- Markets --- Children --- Education, Primitive --- Education of children --- Human resource development --- Instruction --- Pedagogy --- Schooling --- Students --- Youth --- Civilization --- Learning and scholarship --- Mental discipline --- Schools --- Teaching --- Training --- Elites (Social sciences) --- Leadership --- Power (Social sciences) --- Social classes --- Social groups --- Collective identity --- Community identity --- Cultural identity --- Social identity --- Identity (Psychology) --- Social psychology --- Collective memory --- Birthright citizenship --- Citizenship (International law) --- National citizenship --- Nationality (Citizenship) --- Political science --- Public law --- Allegiance --- Civics --- Domicile --- Political rights --- World politics --- Supply and demand --- Law and legislation --- Supranationalité --- Citoyenneté --- Identité collective --- Marché du travail

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This book reports on the derivation, implementation and application of two-component methods in the framework of time-dependent density functional theory. These methods allow the calculation of electronic transitions as well as the calculation of the correlation contribution to the electronic ground-state energy (RPA) and to the orbital energies (GW) including spin-orbit coupling. The focus of the applications is put on organic light-emitting diodes and clusters of heavy metals.

Spin-Bahn-Kopplung --- MetallclusterSpin-orbit coupling --- Time-dependent density functional theory --- Organic light-emitting diodes --- Zeitabhängige Dichtefunktionaltheorie --- Metal clusters --- Organische Leuchtdioden

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Meteorological optics --- Air --- Optical properties

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The second workshop on "Challenges and Opportunities of Efficient and Performant Storage Systems" (CHEOPS) is aimed at researchers, developers of scientific applications, engineers and everyone interested in the evolution of storage systems. As the developments of computing power, storage and network technologies continue to diverge, the bandwidth performance gap between them widens. This trend, combined with the ever growing data volumes and data-driven computing such as machine learning, results in I/O and storage limitations, impacting the scalability and efficiency of current and future computing systems. Some of these challenges are quantitative, such as scale to match exascale system requirements, or latency reduction of the software stack to efficiently integrate new generations of hardware like storage class memory (SCM). Some other issues are more subtle and arise with the increased complexity of the storage solutions, like new smarter and more potent data management tools, monitoring systems or interoperability between I/O components or data formats. The objective of this workshop is to present state-of-the-art research, innovative ideas and experiences that focus on the design and implementation of storage systems in both academic and industrial worlds.

Computer storage devices