The CALIFA team has recently found that the stellar angular momentum and concentration of late-type spiral galaxies are incompatible with those of lenticular galaxies (S0s), concluding that fading alone cannot satisfactorily explain the evolution from spirals into S0s. Here we explore whether major mergers can provide an alternative way to transform spirals into S0s by analysing the spiral-spiral major mergers from the GalMer database that lead to realistic, relaxed S0-like galaxies. We find that the change in stellar angular momentum and concentration can explain the differences in the λRe–R90/R50 plane found by the CALIFA team. Major mergers thus offer a feasible explanation for the transformation of spirals into S0s
Lenticular galaxies (S0s) represent the majority of early-type galaxies in the local Universe, but t...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j(s...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
We study the stellar specific angular momentum of the disc components for a sample of ten field/grou...
Context. Lenticular (S0) galaxies are known to derive from spiral galaxies. The fact that S0s nearly...
A number of simulators have argued that major mergers can sometimes preserve discs (e.g. Springel & ...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j(s...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j* ...
Lenticular galaxies (S0s) represent the majority of early-type galaxies in the local Universe, but t...
Miguel Querejeta, Glenn van de Ven and Jesús Falcón-Barroso acknowledge financial support to the Det...
Lenticular galaxies (S0s) represent the majority of early-type galaxies in the local Universe, but t...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j(s...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
The CALIFA team has recently found that the stellar angular momentum and concentration of late-type ...
We study the stellar specific angular momentum of the disc components for a sample of ten field/grou...
Context. Lenticular (S0) galaxies are known to derive from spiral galaxies. The fact that S0s nearly...
A number of simulators have argued that major mergers can sometimes preserve discs (e.g. Springel & ...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j(s...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j* ...
Lenticular galaxies (S0s) represent the majority of early-type galaxies in the local Universe, but t...
Miguel Querejeta, Glenn van de Ven and Jesús Falcón-Barroso acknowledge financial support to the Det...
Lenticular galaxies (S0s) represent the majority of early-type galaxies in the local Universe, but t...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
The distribution of galaxies in the stellar specific angular momentum versus stellar mass plane (j(s...