This paper gives an overview of the attempts to determine the distribution of dark matter in low surface brightness disk and gas-rich dwarf galaxies, both through observations and computer simulations. Observations seem to indicate an approximately constant dark matter density in the inner parts of galaxies, while cosmological computer simulations indicate a steep power-law-like behaviour. This difference has become known as the “core/cusp problem,” and it remains one of the unsolved problems in small-scale cosmology
We use high resolution simulations of isolated dwarf galaxies to study the physics of dark matter cu...
I review the up-to-date status on the properties of the Dark Matter density distribution around Gala...
(Λ) cold dark matter (CDM) has become the standard theory of cosmological structure formation, withi...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
Rotation curves of galaxies probe their total mass distributions, including dark matter. Dwarf galax...
We analyze the observed properties of dwarf galaxies, which are dark matter dominated astrophysical ...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
Simulations predict that the dark matter halos of galaxies should have central cusps, while those in...
Simulations predict that the dark matter halos of galaxies should have central cusps, while those in...
Mock member stars for 28 dwarf galaxies are constructed from the cosmological auriga simulation, whi...
The core-cusp problem refers to the inconsistency between simulations of the theory of cold dark mat...
We use high resolution simulations of isolated dwarf galaxies to study the physics of dark matter cu...
We use high resolution simulations of isolated dwarf galaxies to study the physics of dark matter cu...
I review the up-to-date status on the properties of the Dark Matter density distribution around Gala...
(Λ) cold dark matter (CDM) has become the standard theory of cosmological structure formation, withi...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
The existence of two kinematically and chemically distinct stellar subpopulations in the Sculptor an...
Rotation curves of galaxies probe their total mass distributions, including dark matter. Dwarf galax...
We analyze the observed properties of dwarf galaxies, which are dark matter dominated astrophysical ...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
We make a direct comparison of the derived dark matter (DM) distributions between hydrodynamical sim...
Simulations predict that the dark matter halos of galaxies should have central cusps, while those in...
Simulations predict that the dark matter halos of galaxies should have central cusps, while those in...
Mock member stars for 28 dwarf galaxies are constructed from the cosmological auriga simulation, whi...
The core-cusp problem refers to the inconsistency between simulations of the theory of cold dark mat...
We use high resolution simulations of isolated dwarf galaxies to study the physics of dark matter cu...
We use high resolution simulations of isolated dwarf galaxies to study the physics of dark matter cu...
I review the up-to-date status on the properties of the Dark Matter density distribution around Gala...
(Λ) cold dark matter (CDM) has become the standard theory of cosmological structure formation, withi...