As part of an on-going radio supernova monitoring program, we have discovered a variable, compact steep spectrum radio source ~65 arcsec (~4 kpc) from the centre of the starburst galaxy NGC 3310. If the source is at the distance of NGC 3310, then its 5 GHz luminosity is ~3 x 10^{19} WHz^-1. The source luminosity, together with its variability characteristics, compact structure (<17 mas) and its association with a group of HII regions, leads us to propose that it is a previously uncatalogued type II radio supernova. A search of archival data also shows an associated X-ray source with a luminosity similar to known radio supernova
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam(-1), 1.4 mJ...
Context. The two nuclei of the starburst galaxy Arp220 contain multiple compact radio sources previo...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam-1, 1.4 mJy ...
As part of an ongoing radio supernova monitoring program, we have discovered a variable, compact ste...
We report sub-arcsecond scale radio continuum observations of a field of 35 by 22 arcmin centred in ...
We report the analysis of deep radio observations of the interacting galaxy system M51 from the Very...
A faint new radio source has been detected in the nuclear region of the starburst galaxy M82 using M...
We present high-sensitivity 1.51 GHz e-MERLIN (e-Multi-Element Radio-Linked Interferometer Network) ...
Context. The presence and properties of compact radio sources embedded in massive star forming regio...
Supernova SN 2004dj in the nearby spiral galaxy NGC 2403 was detected optically in 2004 July. Peakin...
The radio images from the Parkes–MIT–NRAO (PMN) Southern Sky Survey at 4850 MHz have revealed a numb...
We discuss our radio (Australia Telescope Compact Array and Australian Long Baseline Array) and X-ra...
We present the results of a search for new candidate radio supernova remnants (SNRs) in the nearby ...
Supernova 2004dj in the nearby spiral galaxy NGC2403 was detected optically in July 2004. Peaking at...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam(-1), 1.4 mJ...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam(-1), 1.4 mJ...
Context. The two nuclei of the starburst galaxy Arp220 contain multiple compact radio sources previo...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam-1, 1.4 mJy ...
As part of an ongoing radio supernova monitoring program, we have discovered a variable, compact ste...
We report sub-arcsecond scale radio continuum observations of a field of 35 by 22 arcmin centred in ...
We report the analysis of deep radio observations of the interacting galaxy system M51 from the Very...
A faint new radio source has been detected in the nuclear region of the starburst galaxy M82 using M...
We present high-sensitivity 1.51 GHz e-MERLIN (e-Multi-Element Radio-Linked Interferometer Network) ...
Context. The presence and properties of compact radio sources embedded in massive star forming regio...
Supernova SN 2004dj in the nearby spiral galaxy NGC 2403 was detected optically in 2004 July. Peakin...
The radio images from the Parkes–MIT–NRAO (PMN) Southern Sky Survey at 4850 MHz have revealed a numb...
We discuss our radio (Australia Telescope Compact Array and Australian Long Baseline Array) and X-ra...
We present the results of a search for new candidate radio supernova remnants (SNRs) in the nearby ...
Supernova 2004dj in the nearby spiral galaxy NGC2403 was detected optically in July 2004. Peaking at...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam(-1), 1.4 mJ...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam(-1), 1.4 mJ...
Context. The two nuclei of the starburst galaxy Arp220 contain multiple compact radio sources previo...
Outlined is the discovery of a very faint, diffuse, low surface-brightness (0.5 mJy beam-1, 1.4 mJy ...