Workshops General Archive
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This timely workshop will bring together a multi-disciplinary group of researchers to rethink the foundations behind our contemporary understanding of ultra-hot and fast-moving fluids.More info
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In this workshop, we will discuss theoretical and experimental investigations that are currently underway to explore the role of EW currents in electromagnetic properties of few and many-body nuclear systems. Further extensions relevant for neutrino physics, fundamental symmetries, dark matter searches, and our interpretation of nuclear structure will be highlighted.More info
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This workshop will explore these ideas by bringing together nuclear physicists from both the hadronic and QCD degrees of freedom perspectives.More info
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The main goal of the workshop is to discuss the state of the art of our present knowledge of fission and quasifission in the region of the very heavy and superheavy nuclei and to identify possible physics cases to be explored with the above two new facilities under development.More info
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The objective of this 2nd workshop is to foster the exchange between theorists and experimentalists in the light of new results achieved by experiments and to open a platform for discussions about future approaches to extend the sensitivity of kinematic measurements of the neutrino mass below 100 meVMore info
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During this workshop, the most recent advances in nuclear-reaction theory will be presented by experts in the field of direct reactions, with emphasis on processes involving exotic nuclei. A significant part of the discussion will focus on the link between reaction observables and the underlying nuclear-structure properties.More info
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The purpose of this workshop is to bridge the gap between thermodynamic equilibrium calculations of QCD and the ample experimental data, bringing together experts from theory, experiment and phenomenology in order to work together on identifying viable approaches to connect ab initio calculations to phenomenology and experiment.More info
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The aim of the workshop is to review and discuss the recent advances in the study of axions and future perspectives, ranging from their theoretical underpinning, over their indirect observational consequences in astrophysics, to their direct detection in laboratory experiments.More info
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A proposal to construct the RF-separated beams at CERN would produce high-intensity kaon and antiproton beams.More info
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Future perspectives and possible solutions to puzzles as the hypertriton lifetime, the hyperon puzzle in neutron stars or the still-unknown structure of the Lambda(1405) will be thoroughly discussed, together with the possible relation between strangeness in binaries of neutron stars and their emission of gravitational waves.More info