Workshops General Archive
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The focus of the workshop is recent progress with measurements of the properties of nuclei using atomic and molecular physics techniques. A central component of this proposed workshop will be spectroscopic measurements of Lamb shifts, isotope shifts, hyperfine structures of atoms, and symmetry-violating nuclear properties with molecules.More info
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This workshop can be considered the follow-up of similar alpha_s meetings that took place in 2011 (MPI, Munich), 2015 (CERN), and 2019 (ECT*-Trento) that were co-organized by some of the organizers of this upcoming 2022 meeting.More info
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Heavy flavor (HF) quarks are excellent probes for the properties of the QGP created in ultra-relativistic heavy-ion collisions.More info
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The emphasis will be on the study of dileptons, heavy-quark and quarkonium, less explored in this energy domain. The status on hadronic bulk observables, a crucial tool for the detection of critical phenomena, will also be discussedMore info
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Machine learning (ML) has been recently used as a very effective tool for the study and prediction of data in various fields of physics, from statistical physics to theoretical high energy physics.More info
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Experiments at the forefront of physics elucidate the real-time properties of strongly correlated quantum systems from the transport of quarks and gluons in a Quark-Gluon Plasma created in a heavy-ion collision to the conduction of electrons in a highly complex functional material.More info
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The workshop will debate the recommendation of the European Strategy Particle Physics committee, delivered in June 2020, on future accelerators, investigating the role played by strong interactions.More info
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The Workshop will be opened to world-leading experts and young scientists who will explore several quantum gravity scenarios from complementary theoretical topdown and bottom-up approaches, to boost progress in this field.More info
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This workshop will bring nuclear and condensed matter theorists to discuss common topics involving the physics of few particles and the many-body problem.More info
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With the first gravitational wave observation of the merger of two neutron stars (GW170817), scientists have definitive observations of the ejecta from this event.More info