Name: Dark Matter Distribution in the Era of Gaia
Start: 2016-10-10T09:00:00+02:00
End: 2016-11-04T18:00:00+01:00
Location: Nordita, Stockholm

Analytic disc models

Baryonic dark matter

Chemical evolution of Galaxies

Constraints on the Milky Way's dark-matter halo from stellar streams

Cosmology with isolated dwarfs

Dark matter implications of perturbations detected in the Pal 5 Stream

Dark Plasma

Dark Signatures at the Edge of Galaxy Formation

Dinner

Dipolar Dark Matter

Disc dynamics in the Auriga cosmological simulations

Disequilibrium modelling of dwarf spheroidal satellites

Dwarf spheroidal J-factors without priors

ETHOS-From dark particle physics to the matter distribution of the Universe

Free for collaboration

Gaia, local Kinematics and Dark Matter

Gravitationally-lensed quasars: the dark matter perspective

Impact of minor mergers on the observable properties of the Milky Way

Improved constraints on annihilating dark matter from cosmic-ray antiprotons

Local Dark Matter Density with Integrated Jeans Modelling

Matching subhaloes to satellite galaxies in the Milky Way

Modelling the Galactic potential with streams in the presence of the LMC

Nonequilibrium considerations in kinematic determinations of the Galactic potential

On (some) uncertainties affecting particle dark matter searches

Opening remarks

Pattern Speeds in Galaxies

Proper motions of dwarf spheroidal galaxies: previous predictions and tests with Gaia

RAVE-TGAS and the impact on Galactic archeology

Reception

Stellar streams and the small-scale structure of dark matter halos

Stream-subhalo interactions in the Aquarius simulations: predictions for Gaia

TBC

The Andromeda plane of satellites

The Cusp Core Comparison Project: a suite of controlled re-simulations tailored to study substructure abundance in Milky Way-like haloes

The Cusp Core Comparison Project: Sub structure abundance

The impact of mergers on the structure of mono-age populations in galactic disks

The local dark matter density from SDSS data and the impact of the tilt

The Milky Way disk chemo-dynamical evolution

The structure of the Galaxy's dark halo

The vertical structure of the Galactic disk

The VPOS and the Planes of Satellite Problem

Three dimensional perturbations of the Galactic disc by non-axisymetries

Tidal streams and their progenitors in modified gravity

Title TBC

Uncovering the Milky Way's formation history using the structure of its thick disk

Weighing the local dark matter