Opening Remarks

• Gianfranco Bertone

New developments in Dark Matter Direct Detection

• Christopher McCabe (King's College London)

The motivation for and status of WIMPs

• Marco Cirelli (CNRS LPTHE Jussieu)

Axions

• Malcolm Fairbairn

Radiative mass splittings

• James McKay (Imperial College London)

Dark Matter in the NMSSM

• Sebastian Baum (Stockholm University and Oskar Klein Centre)

XENON1T latest results

• Bart Pelssers (Stockholm University)

Accretion Physics

• Riley Connors

Primordial Black Holes

• Daniele Gaggero

PBHs from Inflation

• Ben Freivogel (University of California at Berkeley)

The status of scalar singlet and supersymmetric dark matter

• Pat Scott

A gambit to study right-handed neutrinos

• Suraj Krishnamurthy (University of Amsterdam)

Better Models of the Gamma-ray Sky with SkyFACT

• Emma Storm (GRAPPA, University of Amsterdam)

Dark Information: Forecasting with the Fisher Matrix

• Thomas Edwards (University of Amsterdam)

A Highly Colored Account of Coannihilation

• sonia el hedri (JGU Mainz)

Consistent scalar mediators for dark matter: the 2HDM case

• Karl Nordstrom (NIKHEF)

Distributed Gaussian Processes

• Sebastian Liem (GRAPPA, University of Amsterdam)

A Novel LHC Dark Matter Search to Dissect the Galactic Centre Excess

• Patrick Tunney (King's College London)

Particle Dark Matter Constraints: the Effect of Galactic Uncertainties

• Fabio Iocco (ICTP-SAIFR)

An Investigation of the Feasibility of a Polarised He-3 Dark Matter Detector

• Tobias Fransson

MeV dark matter: EFT constraints

• Giovanni Grilli di Cortona (University of Sao Paulo)

Cosmic Rays

• Stefano Gabici

What do Galactic electrons and positrons tell us about dark matter?

• Mathieu Boudaud (LAPTh Annecy France)

The Cosmic Ray Spectrum of Protons and Helium

• Sarah Recchia (University Paris 7- APC (France))

Neutrinos from cosmic ray interactions in the Sun

• Carl Niblaeus (Stockholm University)

Prospects for dark matter detection in dwarf irregular galaxies

• Ekaterina Karukes (International School for Advanced Studies)

Hidden neutrino interactions with dark energy: Effects on oscillation probabilities and tests with high-energy neutrinos

• Niki Klop (GRAPPA, University of Amsterdam)

How to distinguish warm intergalactic medium from warm dark matter?

• Antonella Garzilli

Stellar origin of the Galactic Center Excess

• Richard Bartels (University of Amsterdam)

A "nu" look at gravitational waves: The black hole birth rate from neutrinos combined with the merger rate from LIGO

• Jonathan Davis (King's College London)

The Rise of the Leptons: Pulsar Emission Dominates the TeV Gamma-Ray Sky

• Tim Linden