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o Elena Aprile (Columbia University, USA) and Elisabetta Barberio (University of Melbourne, Australia) – The search for dark matter

o Indranil Banik (University of Portsmouth, UK) – The local supervoid solution to the Hubble tension

o Karl van Bibber (UC Berkeley, USA) – Axion and axion-like particle dark matter

o Filipe Costa (Minho University, Portugal) – Astronomical reference systems in the framework of General Relativity

o Mariateresa Crosta (INAF, Turin, Italy) – Dark Matter as a possible effect of General Relativity

o Joshua A. Frieman (University of Chicago, USA) – Dark Energy: Theory and Observations

o Brenda L. Frye (University of Arizona, USA) – Measuring the Hubble–Lemaître Constant by Time Delay Cosmography

o Asta Heinesen (Bohr Institute, Denmark) – Backreaction from inhomogeneities

o Ruth E. Kastner (University of Maryland, USA) – Transactional Entropic Gravity and MOND

o Pavel Kroupa (University of Bonn, Germany) – Cosmological models based on MOND

o Andrea Lapi (SISSA, Italy) – Stochastic approach to dark energy

o Valerio Marra (UFES, Brazil) – Tensions in cosmology

o Roberto Peron (INAF, Rome, Italy) – Precision tests of GR in the Solar System

o Joseph Silk (University of Oxford, UK) – Gamma ray probes of dark matter in galaxies and primordial black holes as dark matter

o Constantinos Skordis (CEICO, Czech Republic) – General relativistic extensions of MOND

o Sandro Tacchella (University of Cambridge, UK) – The newest from JWST: implications for cosmology and galaxy formation

o Tim Tait (UC Irvine, USA) – Building realistic models of dark matter

o Michael Turner (University of Chicago, USA) – The big cosmological picture and the big open questions

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