Gas can be used to trace the formation and evolution of galaxies as well as the impact that the nuclear activity has on the surrounding medium. For nearby compact radio sources, we have used observations of neutral hydrogen - that we detected in emission distributed over very large scales - combined with the study of the stellar population and deep optical images to investigate the history of the formation of their host galaxy and the triggering of the activity. For more distant and more powerful compact radio sources, we have used optical spectra and H I - in absorption - to investigate the presence of fast outflows that support the idea that compact radio sources are young radio loud AGN observed during the early stages of their evolution...
H I absorption studies yield information on both active galactic nucleus (AGN) feeding and feedback ...
We present intermediate-resolution, wide-wavelength coverage spectra for a complete sample of 14 com...
We present results of an ongoing systematic study of the large-scale properties of neutral hydrogen ...
Gas can be used to trace the formation and evolution of galaxies as well as the impact that the nucl...
Abstract: The study of the optical continuum of radio galaxies shows that about 30% have a young ste...
Newly born and young radio sources are in a delicate phase of their life. Their jets are fighting th...
We present neutral hydrogen (H I) and warm molecular hydrogen (H2) observations of the young (102 yr...
The study of neutral hydrogen emission and absorption in radio galaxies is giving new and important ...
The study of neutral hydrogen emission and absorption in radio galaxies is giving new and important ...
This paper is the second in a series in which we present intermediate-resolution, wide-wavelength co...
This article has been accepted for publication in 'Monthly Notices of the Royal Astronomical Society...
The main goal of this thesis is to study the interrelation of powerful radio sources with their host...
The study of both neutral and ionized gas in young radio sources is providing key information on the...
H I absorption studies yield information on both active galactic nucleus (AGN) feeding and feedback ...
We present intermediate-resolution, wide-wavelength coverage spectra for a complete sample of 14 com...
We present results of an ongoing systematic study of the large-scale properties of neutral hydrogen ...
Gas can be used to trace the formation and evolution of galaxies as well as the impact that the nucl...
Abstract: The study of the optical continuum of radio galaxies shows that about 30% have a young ste...
Newly born and young radio sources are in a delicate phase of their life. Their jets are fighting th...
We present neutral hydrogen (H I) and warm molecular hydrogen (H2) observations of the young (102 yr...
The study of neutral hydrogen emission and absorption in radio galaxies is giving new and important ...
The study of neutral hydrogen emission and absorption in radio galaxies is giving new and important ...
This paper is the second in a series in which we present intermediate-resolution, wide-wavelength co...
This article has been accepted for publication in 'Monthly Notices of the Royal Astronomical Society...
The main goal of this thesis is to study the interrelation of powerful radio sources with their host...
The study of both neutral and ionized gas in young radio sources is providing key information on the...
H I absorption studies yield information on both active galactic nucleus (AGN) feeding and feedback ...
We present intermediate-resolution, wide-wavelength coverage spectra for a complete sample of 14 com...
We present results of an ongoing systematic study of the large-scale properties of neutral hydrogen ...