Galaxies having the same luminosity may have very different bulge to disk ratios, while the mean bulge to disk ratio slowly increases with total luminosity (Schecter and Dressler, 1987, Sandage et al., 1985). Such a behavior is expected if ellipticals and the spheroidal components of disk galaxies are produced by secondary accretion of galaxies by larger galaxies. This is illustrated using a simple toy model of the evolution of the mass function of galaxies due to galaxy mergers
Bulges, often identified with the spheroidal component of a galaxy, have a complex pedigree. Massive...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudo-bulges and g...
We construct merger trees for galaxies identified in a cosmological hydrodynamic simulation and use ...
Galaxies grow primarily via accretion-driven star formation in discs and merger-driven growth of bul...
We explore the evolution of the stellar mass-size relation of galaxies of different morphological ty...
We investigate the formation of disk-bulge-halo systems by including bulges in the Fall & Efstathiou...
We analyse N-body galaxy merger experiments involving disc galaxies. Mergers of disc-bulge-halo mode...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudobulges, and g...
HST has opened the possibility to decompose the surface brightness profiles of galaxies up to signif...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudobulges, and g...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
Building galaxy merger trees from a state-of-the-art cosmological hydrodynamics simulation, Horizon-...
The distribution of galaxy morphological types is a key test for models of galaxy formation and evol...
Bulges, often identified with the spheroidal component of a galaxy, have a complex pedigree. Massive...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudo-bulges and g...
We construct merger trees for galaxies identified in a cosmological hydrodynamic simulation and use ...
Galaxies grow primarily via accretion-driven star formation in discs and merger-driven growth of bul...
We explore the evolution of the stellar mass-size relation of galaxies of different morphological ty...
We investigate the formation of disk-bulge-halo systems by including bulges in the Fall & Efstathiou...
We analyse N-body galaxy merger experiments involving disc galaxies. Mergers of disc-bulge-halo mode...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudobulges, and g...
HST has opened the possibility to decompose the surface brightness profiles of galaxies up to signif...
We derive the luminosity functions of elliptical galaxies, galaxy bulges, galaxy pseudobulges, and g...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
Building galaxy merger trees from a state-of-the-art cosmological hydrodynamics simulation, Horizon-...
The distribution of galaxy morphological types is a key test for models of galaxy formation and evol...
Bulges, often identified with the spheroidal component of a galaxy, have a complex pedigree. Massive...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...
We summarise some recent results about nearby galactic bulges that are relevant to their formation. ...