From an optical spectroscopic survey of 3CR radio galaxies with z < 0.3, we discovered a new spectroscopic class of powerful radio-loud AGN. The defining characteristics of these galaxies are that compared with radio galaxies of similar radio luminosity they have: a [O III] /Hβ ratio of ~0.5, indicative of an extremely low level of gas excitation; a large deficit of [O III] emission; and radio core power. We interpret these objects as relic AGN, i.e. sources that experienced a large drop in their level of nuclear activity, causing a decrease in their nuclear and line luminosity. This class opens a novel approach to investigating lifetimes and duty cycles of AGN
We present the results of a pilot JVLA project aimed at studying the bulk of the radio-emitting AGN ...
<p>We analyse the multi-wavelength properties of about 7500 radio (3-GHz) selected sources in the CO...
Feedback by radio-loud active galactic nuclei (AGNs) in galaxy groups is not fully understood. Open ...
From an optical spectroscopic survey of 3CR radio galaxies with z<0.3, we discovered a new spectrosc...
From an optical spectroscopic survey of 3CR radiogalaxies (RGs) with z < 0.3, we discovered three ob...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
We explore radio and spectroscopic properties of a sample of 14 miniature radio galaxies, i.e. earl...
In a previous paper we showed that the radio sources selected by combining large area radio and opt...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
I present my recent project aimed at studying the bulk of the radio-emitting AGN population. In prev...
<p>We analyse the multi-wavelength properties of about 6200 radio (3-GHz) selected sources in the CO...
This is the first of a series of three papers exploring the connection between the multiwavelength p...
We select a sample of radio galaxies at high redshifts (z ≳ 1) in the COSMOS field by cross-matching...
We present the results of a pilot JVLA project aimed at studying the bulk of the radio-emitting AGN ...
We present the results of a pilot JVLA project aimed at studying the bulk of the radio-emitting AGN ...
<p>We analyse the multi-wavelength properties of about 7500 radio (3-GHz) selected sources in the CO...
Feedback by radio-loud active galactic nuclei (AGNs) in galaxy groups is not fully understood. Open ...
From an optical spectroscopic survey of 3CR radio galaxies with z<0.3, we discovered a new spectrosc...
From an optical spectroscopic survey of 3CR radiogalaxies (RGs) with z < 0.3, we discovered three ob...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
We explore radio and spectroscopic properties of a sample of 14 miniature radio galaxies, i.e. earl...
In a previous paper we showed that the radio sources selected by combining large area radio and opt...
In a previous paper we presented a homogeneous and 92% complete optical spectral dataset of the 3CR ...
I present my recent project aimed at studying the bulk of the radio-emitting AGN population. In prev...
<p>We analyse the multi-wavelength properties of about 6200 radio (3-GHz) selected sources in the CO...
This is the first of a series of three papers exploring the connection between the multiwavelength p...
We select a sample of radio galaxies at high redshifts (z ≳ 1) in the COSMOS field by cross-matching...
We present the results of a pilot JVLA project aimed at studying the bulk of the radio-emitting AGN ...
We present the results of a pilot JVLA project aimed at studying the bulk of the radio-emitting AGN ...
<p>We analyse the multi-wavelength properties of about 7500 radio (3-GHz) selected sources in the CO...
Feedback by radio-loud active galactic nuclei (AGNs) in galaxy groups is not fully understood. Open ...