We study the concentration of dark matter haloes and its evolution in N-body simulations of
the standard Λ cold dark matter (ΛCDM) cosmology. The results presented in this paper are …

We discuss the bounds on the mass of Dark Matter (DM) particles, coming from the analysis
of DM phase-space distribution in dwarf spheroidal galaxies (dSphs). After reviewing the …

We study the central dark matter (DM) cusp evolution in cosmologically grown galactic
halos. Numerical models with and without baryons (baryons+ DM, hereafter BDM model …

Context. Anti-proton and positron Galactic cosmic ray spectra are among the key targets for
indirect detection of dark matter. The boost factors, corresponding to an enhancement of the …

The evolution of the Universe between inflation and the onset of big bang nucleosynthesis is
difficult to probe and largely unconstrained. This ignorance profoundly limits our …

We compare assembly of dark matter (DM) halos with and without baryons from identical
initial conditions, within the context of cosmological evolution in the ΛCDM WMAP3 Universe …

We model and analyse the secular evolution of stellar bars in spinning dark matter (DM)
haloes with the cosmological spin λ∼ 0–0.09. Using high-resolution stellar and DM …

We present a model-independent analysis of dark matter (DM) decoupling both
ultrarelativistically (UR) and non-relativistically (NR) based on the DM phase-space density …

We propose a method to generate 'genetically modified'(GM) initial conditions for high-
resolution simulations of galaxy formation in a cosmological context. Building on the …

Mass bounds on dark matter (DM) candidates are obtained for particles that decouple in or
out of equilibrium while ultrarelativistic with arbitrary isotropic and homogeneous distribution …