The UV images of GALEX revealed that ~30% of Early Type Galaxies (ETG) show UV emission indicating a rejuvenation episode. In ETGs with multiple spin components this percentage increases at 50%. We present here the characteristics of this sample and our smooth particle hydrodynamic (SPH) simulations with chemo-photometric implementation that provide dynamical and morphological information together with the spectral energy distribution (SED) at each evolutionary stage. We show our match of the global properties of two ETGs (e.g. NGC 3626 and NGC 5173). For these galaxies we can trace their evolutionary path
Submitted to ApJ, the paper with high-resolution figures can be downloaded at http://www-astro.physi...
Evolutionary scenarios suggest that several mechanisms (from inner secular evolution to accretion/me...
We investigate two-dimensional image decomposition of nearby, morphologically selected early-type ga...
The UV images of GALEX revealed that ~30% of Early Type Galaxies (ETG) show UV emission indicating a...
The UV images of the Galaxy Evolution Explorer satellite revealed that about (30\ub13)% of early-typ...
We are exploring galaxy evolution in low-density environments exploiting smooth particle hydrodynami...
We are investigating the co-evolution of galaxies within groups combining multi-wavelength photometr...
With the aim to clarify the mechanisms driving the evolution of galaxies in nearby groups, we focus ...
Context. GALEX detected a significant fraction of early-type galaxies, in particular S0s, showing fa...
Chemodynamical disc galaxy simulations coupled with stellar populations synthesis models allow to b...
With the aim of investigating galaxy evolution in nearby galaxy groups, we analyzed the spectral ene...
We integrate three fundamental physical processes, i.e. star formation, structure formation, and rad...
We present GALEX far-ultraviolet (FUV, λeff = 1538 Å) and near-ultraviolet (NUV, λeff = 2316 Å) surf...
Recent studies from the Galaxy Evolution Explore (GALEX) ultraviolet (UV) data have demonstrated tha...
We have used the Galaxy Evolution Explorer (GALEX) ultraviolet telescope to study stellar population...
Submitted to ApJ, the paper with high-resolution figures can be downloaded at http://www-astro.physi...
Evolutionary scenarios suggest that several mechanisms (from inner secular evolution to accretion/me...
We investigate two-dimensional image decomposition of nearby, morphologically selected early-type ga...
The UV images of GALEX revealed that ~30% of Early Type Galaxies (ETG) show UV emission indicating a...
The UV images of the Galaxy Evolution Explorer satellite revealed that about (30\ub13)% of early-typ...
We are exploring galaxy evolution in low-density environments exploiting smooth particle hydrodynami...
We are investigating the co-evolution of galaxies within groups combining multi-wavelength photometr...
With the aim to clarify the mechanisms driving the evolution of galaxies in nearby groups, we focus ...
Context. GALEX detected a significant fraction of early-type galaxies, in particular S0s, showing fa...
Chemodynamical disc galaxy simulations coupled with stellar populations synthesis models allow to b...
With the aim of investigating galaxy evolution in nearby galaxy groups, we analyzed the spectral ene...
We integrate three fundamental physical processes, i.e. star formation, structure formation, and rad...
We present GALEX far-ultraviolet (FUV, λeff = 1538 Å) and near-ultraviolet (NUV, λeff = 2316 Å) surf...
Recent studies from the Galaxy Evolution Explore (GALEX) ultraviolet (UV) data have demonstrated tha...
We have used the Galaxy Evolution Explorer (GALEX) ultraviolet telescope to study stellar population...
Submitted to ApJ, the paper with high-resolution figures can be downloaded at http://www-astro.physi...
Evolutionary scenarios suggest that several mechanisms (from inner secular evolution to accretion/me...
We investigate two-dimensional image decomposition of nearby, morphologically selected early-type ga...