Workshops General Archive

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.

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.

A proposal to construct the RF-separated beams at CERN would produce high-intensity kaon and antiproton beams.

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.

This workshop will bring together high-energy and nuclear theorists, observational astronomers and gravitational physicists.

The main purpose of this workshop is to review the present status of the implementation of microscopic many-body techniques to those systems breaking time reversal invariance, with a special emphasis in mean-eld-based many-body methods employing energy density functionals.

The proposed workshop will highlight current problems posed by strong interactions in perturbative and non-perturbative regimes and discuss how future colliders beyond the LHC can shed light on them.

This workshop brings together experts in functional methods applied to problems in hadron and nuclear physics, and quantum gravity, as well as experts in other non-perturbative approaches, such as lattice QCD.

The topics covered by the workshop are: Heavy Hadrons on the Lattice, Nonperturbative Continuum QCD Approaches, Spectrum of Heavy Hadrons, Heavy Hadron Production and Decays, Effective Theories in Heavy Quarkonia, Interactions of Charmed Mesons with Nuclear Matter, Heavy Hadrons in Hot-Dense Matter, Transition Form Factors and Neutral Meson Oscillations and CP violation. 

The objective of this workshop, the fth in a series, is to bring together various physics communities, which are addressing similar universal few- and many-body phenomena and using common concepts and methodologies.