Past Workshops
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This workshop will focus on two key areas of hadron structure: nucleon elastic electromagnetic form factors, including the quark flavor decomposition, and wide-angle Compton scattering on the proton.More info
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The subject of structure of the nucleon demands theoretical developments in tandem with well thought and executed high precision experiments. This is more than ever true for the case of the three dimensional imaging of hadrons, a result of the complex dynamics described by QCD in building hadrons, in particular the nucleon.More info
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The mass scale of neutrinos is one of the fundamental open questions in modern physics, with far-reaching implications from cosmology to particle physics.More info
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The great originality of this workshop will therefore reside in its aim of gathering experts from the so-called “spin physics” and “heavy-ion” communities who are interested by novel quarkoniumrelated observables at colliders.More info
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Spectroscopic investigations of nature have been essential in establishing the quark model and subsequently QCD. With the “second charm revolution” happening right now with the discovery and establishment of unusual states called X, Y, Z in the charm mass region and similar states observed containing bottom quarks a new window for getting insights into the strong interaction has opened up.More info
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This workshop will bring together theorists and experimentalists working on direct photons and dileptons in ultrarelativistic heavy ion collisions.More info
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The aim of a workshop is to discuss the use of information theory in the analysis of experiments, and the use of applied mathematics and statistics within the context of theoretical models dealing with current and future experimental data.More info
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Our understanding of the fragmentation functions, or of the process how massive and colorless hadrons emerge from near-massless and color-charged quarks and gluons, suffers from the same shortcomings as the one-dimensional (1D) parton (spin and momentum) distributions in the description of nucleon structure.More info
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The workshop, “Frontiers in hadron and nuclear physics with strangeness and charm”, will focus on the most recent developments in the strangeness and charm physics (hadronic and nuclear), both in theory and experiment.More info
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The study of nuclei far from stability is one of the most active domains in nuclear physics today. In particular, the advent in recent years of facilities such as the RIKEN Radioactive Ion Beam Factory has provided a step change in our ability to study the most exotic systems.More info