Workshops General Archive

The goal of this workshop is to promote progress in composite DM research through an interdisciplinary approach that brings together experts from these different fields to exchange knowledge and plan future joint efforts.

This workshop will, therefore, gather a selected group of experts to discuss the most exciting recent developments, identify new goals, and lay a path toward completion of the most pressing tasks in strong QCD.

Parton distribution amplitudes (PDAs) and distribution functions (PDFs) play a key role in hadron physics. Their (x,Q)-dependence reveals basic facts about the emergence of massscales in the Standard Model, provides insights into confinement and bound-state structure and delivers critical inputs to hard-scattering formulae and cross-sections for deep-inelastic scattering and Drell-Yan processes

The aim of the workshop is to bring some of the internationally leading experts in these fields together, formulate a more systematic strategy, and realize a few projects in the direction of a quantitative application of quantum gravity techniques to QCD in subsequent months.

With theoretical guidance, we discuss about the best uses of ground-breaking new facilities for nuclear physics, and identify future directions to which the facilities should head.

The investigation of neutrino oscillations is one of the most lively and exciting fields in particle physics nowadays.

Recently there have been numerous exciting developments in both theory and experiment of the nucleon spin structure at large distance. New data from the “Spin Program” at Jefferson Lab are expected soon. New experiments on spin polarizabilities at large distance are planned or being performed at HIGS, JLab and MAMI.

This workshop will address the question of how 'quantum simulation' experiments using cold atoms can constrain nuclear many-body theory.

This workshop aims to bring together specialists in constructing nuclear Hamiltonians and experts in many-body calculations, with the goal of identifying future pathways and novel constraints to improve our understanding of nuclear interactions, which is needed for future high-precision calculations of nuclei and matter from nuclear physics to astrophysics.

The goal of the workshop will be to review recent progress from lattice to collider, to examine differences and connections across varied approaches, to discuss critical issues in the field, and to formulate new research efforts as well as to facilitate future collaborations