We derive inner dark matter halo density profile slopes for a sample of 200 dwarf galaxies by inverting rotation curves obtained from high-quality, long-slit optical spectra. Using simulations to assess the impact of long-slit observing and data processing errors on our measurements, we conclude that our observations are consistent with the cuspy halos predicted by the CDM paradigm
We use numerical simulations in a Lambda CDM cosmology to model density profiles in a set of 16 dark...
The shape and diversity of dwarf galaxy rotation curves is at apparent odds with dark matter halos ...
This paper gives an overview of the attempts to determine the distribution of dark matter in low sur...
Rotation curves of galaxies probe their total mass distributions, including dark matter. Dwarf galax...
Aims. An analytical solution for the discrepancy between observed core-like profiles and predicted c...
We use a set of high-resolution cosmological N-body simulations to investigate the inner mass profil...
International audienceNumerical simulations within a cold dark matter (DM) cosmology form halos whos...
We resolve the inner region of a massive cluster forming in a cosmological LambdaCDM simulation with...
Aims. An analytical solution for the discrepancy between observed core-like profiles and p...
We present high-resolution Halpha rotation curves for a sample of 15 dwarf and low surface brightnes...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
The shape and wide diversity of dwarf galaxy rotation curves is at apparent odds with dark matter ha...
With the advent of detailed simulations of galaxy formation in a CDM universe, specific predictions ...
We use Fabry-Perot Halpha spectroscopy, complemented with published HI radio synthesis observations ...
We compare proposed solutions to the core vs cusp issue of spiral galaxies, which has also been fram...
We use numerical simulations in a Lambda CDM cosmology to model density profiles in a set of 16 dark...
The shape and diversity of dwarf galaxy rotation curves is at apparent odds with dark matter halos ...
This paper gives an overview of the attempts to determine the distribution of dark matter in low sur...
Rotation curves of galaxies probe their total mass distributions, including dark matter. Dwarf galax...
Aims. An analytical solution for the discrepancy between observed core-like profiles and predicted c...
We use a set of high-resolution cosmological N-body simulations to investigate the inner mass profil...
International audienceNumerical simulations within a cold dark matter (DM) cosmology form halos whos...
We resolve the inner region of a massive cluster forming in a cosmological LambdaCDM simulation with...
Aims. An analytical solution for the discrepancy between observed core-like profiles and p...
We present high-resolution Halpha rotation curves for a sample of 15 dwarf and low surface brightnes...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
The shape and wide diversity of dwarf galaxy rotation curves is at apparent odds with dark matter ha...
With the advent of detailed simulations of galaxy formation in a CDM universe, specific predictions ...
We use Fabry-Perot Halpha spectroscopy, complemented with published HI radio synthesis observations ...
We compare proposed solutions to the core vs cusp issue of spiral galaxies, which has also been fram...
We use numerical simulations in a Lambda CDM cosmology to model density profiles in a set of 16 dark...
The shape and diversity of dwarf galaxy rotation curves is at apparent odds with dark matter halos ...
This paper gives an overview of the attempts to determine the distribution of dark matter in low sur...