Workshops

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.

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.

The workshop focuses on wide range of topic in Nonperturbative QCD.

To understand the measurable content of QCD, hadron spectroscopy is valuable and time-honored tool.

This workshop will cover emergent research areas that are at the interface of many-particle nuclear and atomic physics. An important topic to be discussed is supersolidity in dipolar and spin-orbit coupled systems and their connection to non-classical moment of inertia.

In this workshop, we aim to bring theorists and experimentalists together to assess the current and future prospects of using jet measurements to extract microscopic properties of the QGP.

The equation of state (EOS) for strongly-interacting matter is a quantity of great interest for the physics community, and there is a strong theoretical and experimental effort to elucidate its properties at high densities and/or temperatures.

The general scientific goal of this workshop is related to QCD at high gluon densities and diffraction at the Large Hadron Collider (LHC) and the future Electron-Ion Collider (EIC) to be built in the US either at JLab or at BNL.

The research area of the workshop is the physics of open quantum systems (OQS). These are systems strongly influenced by the coupling to an environment. This topic is common to various fields of physics (e.g. nuclear, atomic, and molecular physics, mesoscopic physics, quantum optics) in which experimental and theoretical developments are currently being carried out worldwide.

The monopole response of nuclei is a unique way to access the compressional properties of nuclear matter. Although this is not a new subject, we believe that we can achieve significant progress with a workshop, and that this progress will be highly beneficial for those who work in multi-messenger nuclear astrophysics.