Density profiles of cosmological virialized systems, or dark halos, have recently attracted much attention. I first present a brief historical review of numerical simulations to quantify the halo density profiles. Then I describe the latest results on the universal density profile and their observational confrontation. Finally I discuss a clustering model of those halos with particular emphasis on the cosmological light-cone effect
The formation of galaxy clusters in hierarchically clustering universes is investigated by means of ...
I propose a modification of the spherical infall model for the evolution of density fluctuations wit...
Recent numerical studies of the dark matter density profiles of massive galaxy clusters (Mhalo > 101...
We develop a model for the growth of dark matter halos and use it to study their evolved density pro...
The density profile and the clustering of dark matter (DM) halos are two very important ingredients ...
We investigate the formation of virialized halos due to the gravitational collapse of collisionless ...
I study the evolution of haloes density profiles as a function of time in the SCDM and LCDM cosmolog...
I review recent progress in understanding and modeling galaxy clustering in cosmological simulations...
We test the Secondary Infall Model (SIM) by direct comparison with the results of N-body simulations...
A phenomenological model for the clustering of dark matter halos on the light-cone is presented. In ...
Dark-matter halos are the scaffolding around which galaxies and clusters are built. They form when t...
We use high-resolution N-body simulations to study the equilibrium density profiles of dark matter h...
If gravitationally bound structures grew from small fluctuations in the initial distribution, then t...
We investigate the effect of an assembly history on the evolution of dark matter (DM) halos of 10^{1...
The structure of dark matter halos as predicted from cosmological models is discussed and compared w...
The formation of galaxy clusters in hierarchically clustering universes is investigated by means of ...
I propose a modification of the spherical infall model for the evolution of density fluctuations wit...
Recent numerical studies of the dark matter density profiles of massive galaxy clusters (Mhalo > 101...
We develop a model for the growth of dark matter halos and use it to study their evolved density pro...
The density profile and the clustering of dark matter (DM) halos are two very important ingredients ...
We investigate the formation of virialized halos due to the gravitational collapse of collisionless ...
I study the evolution of haloes density profiles as a function of time in the SCDM and LCDM cosmolog...
I review recent progress in understanding and modeling galaxy clustering in cosmological simulations...
We test the Secondary Infall Model (SIM) by direct comparison with the results of N-body simulations...
A phenomenological model for the clustering of dark matter halos on the light-cone is presented. In ...
Dark-matter halos are the scaffolding around which galaxies and clusters are built. They form when t...
We use high-resolution N-body simulations to study the equilibrium density profiles of dark matter h...
If gravitationally bound structures grew from small fluctuations in the initial distribution, then t...
We investigate the effect of an assembly history on the evolution of dark matter (DM) halos of 10^{1...
The structure of dark matter halos as predicted from cosmological models is discussed and compared w...
The formation of galaxy clusters in hierarchically clustering universes is investigated by means of ...
I propose a modification of the spherical infall model for the evolution of density fluctuations wit...
Recent numerical studies of the dark matter density profiles of massive galaxy clusters (Mhalo > 101...