Abstract: The last decade has seen a tremendous improvement in theoretical understanding of galaxy clustering on cosmological scales, which culminated in recent CMB-independent measurement of cosmological parameters from spectroscopic galaxy surveys, including the first constraints on primordial non-Gaussianities (PNG) obtained from the analysis of the galaxy bispctrum. In this talk I will review the main theoretical and practical developments which led to this progress. I will also highlight the main…

Abstract: The abundances and energy spectra of cosmic-ray particles are an excellent probe to study processes in the galaxy. They can e.g. hint to exotic sources of energetic particles, such as dark-matter annihilation. The precise measurement of antinuclei, such as antiprotons, antideuterons, or antihelium, is particularly informative since these particles are expected to be only rarely produced in conventional reactions. However, the interpretation of antinuclei measurements requires a good…

Abstract: We will discuss the state of the current anomalies, puzzles, and quirks in quark flavour physics. Participants will contribute in the fields of experimental physics, phenomenology, and lattice field theory.   Quark flavour physics has been instrumental in creating the standard model of particle physics. The comparison of precise theory predictions and  corresponding precise measurements enabled the prediction of the charm and top quark and their masses prior to their discovery. In 2022 we…

Abstract:

Abstract: This workshop is included in the activities of the working package WP25 (Light- and heavy-quark hadron spectroscopy) of the project STRONG-2020. It has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 824093. This workshop is intended as a an opportunity for the different groups working within the STRONG2020 project to share and report results. It is focused in particular on the experimental and theoretical aspects of hadron…

Abstract: