Welcome and introduction

• David Schaich (AEC - Institute for Theoretical Physics - Universität Bern)
• Veronica Sanz (Department of Physics and Astronomy - University of Sussex)
• Michael Ramsey-Musolf (University of Massachusetts Amherst & Kellogg Radiation Laboratory - California Institute of Technology)
• Germano Nardini (AEC - Universität Bern)
• Mikael Chala (University of Durham)

Room: Meeting room

On the role of bound states in dark matter freeze-out

• Mikko Laine (University of Bern)

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Strong Dynamics and Dark Matter

• Luca Vecchi (Switzerland)

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Axions and topology in QCD

• Maria Paola Lombardo (INFN)

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The QCD axion: A candidate for dark matter?

• Gerrit Schierholz (DESY)

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Small scale structure problems?

• Jakub Scholtz (IPPP, Durham University)

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EFT for dark matter direct detection

• Joachim Brod (TU Dortmund)

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Dark sectors: from DM to colliders

• Graham Kribs (University of Oregon)

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Dark matter EFTs at colliders

• Sebastian Bruggisser (University of Heidelberg)

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Direct detection signatures of standard and non-standard WIMPs

• Eugenio Del Nobile (University of Nottingham)

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Accidental composite dark matter

• Oleg Antipin (Institut Rudjer Boskovic)

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1-flavor SU(2) gauge theory

• Anthony Francis (CERN)

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Composite dark matter from weak interactions

• Axel Maas (University of Graz)

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Dark matter contributions as non-topological excitations of a scalar SO(3)-theory

• Manfried Faber (Atominstitut)

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Strongly (Composite) Interacting dark matter and possible formation of non-primordial Solar mass black holes

• Chris Kouvaris (CP3-Origins, University of Southern Denmark   )

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Lattice Composite Dark Matter

• Enrico Rinaldi (RIKEN BNL Research Center)

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The sound of gravitational waves from a confinement phase transition

• David Weir (University of Helsinki)

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Implications of hydrodynamical simulations for direct detection

• Nassim Bozorgnia (University of Durham)

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SU(2) with two fundamental fermions

• Vincent Drach (Plymouth University)

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Dark matter in composite Higgs models

• Adrian Carmona (University of Mainz)

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Dark matter self-interactions: Galactic rotation curves and composite asymmetric dark matter

• Ayuki Kamada (IBS-CTPU)

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H portal to fermionic dark matter: freeze-out versus freeze-in

• Laura Lopez Honorez (Université Libre de Bruxelles)

Room: Meeting room

Final remarks Room: Meeting room