We report the discovery of a new gravitational lens system associated with the flat-spectrum radio source 1600+434. The system has been found in a new large survey of such radio sources. It consists of a 1.4-arcsec double radio source with an associated optical double at the same position and orientation, and with an almost identical flux density ratio to that in the radio. Spectra of the light from two optical images show broad emission lines with a redshift of 1.61. The spectral data are not of sufficient quality to show that both images have identical spectra. Nevertheless, we argue that the probability that 1600+434 is indeed a lensed system is very high
We have discovered a new gravitational lens in the Cosmic Lens All-Sky Survey (CLASS). The lens B204...
A new gravitational lens system, the triple radio source MG2016+112, has been discovered. Five emiss...
A new four-image gravitational lens system, B0712+472, has been discovered during the Cosmic Lens Al...
We report the discovery of a new gravitational lens system associated with the flat-spectrum radio s...
We report the discovery of a new gravitational lens system associated with the flat-spectrum radio s...
We present the discovery of a new gravitational lens system with two compact radio images separated ...
We present the discovery of CLASS B0739+366, a new gravitational lens system from the Cosmic Lens Al...
We report the discovery of a new two-image gravitational lens system, CLASS B2319+051, from the Cosm...
Submitted to: Mon. Not. R. Astron. Soc. Abstract: We report the discovery of a new double image grav...
A new two-image gravitational lens system has been discovered as a result of the Cosmic Lens All-Sky...
The first phase of a large gravitational lens survey using the Very Large Array at a wavelength of 3...
We report the discovery of a new gravitational lens system from the CLASS survey. Radio observations...
We report the discovery of a new two-image gravitational lens system from the Cosmic Lens All-Sky Su...
A new two-image gravitational lens system has been discovered as a result of the Cosmic Lens All-Sky...
We have discovered a new gravitational lens in the Cosmic Lens All-Sky Survey (CLASS). The lens B204...
A new gravitational lens system, the triple radio source MG2016+112, has been discovered. Five emiss...
A new four-image gravitational lens system, B0712+472, has been discovered during the Cosmic Lens Al...
We report the discovery of a new gravitational lens system associated with the flat-spectrum radio s...
We report the discovery of a new gravitational lens system associated with the flat-spectrum radio s...
We present the discovery of a new gravitational lens system with two compact radio images separated ...
We present the discovery of CLASS B0739+366, a new gravitational lens system from the Cosmic Lens Al...
We report the discovery of a new two-image gravitational lens system, CLASS B2319+051, from the Cosm...
Submitted to: Mon. Not. R. Astron. Soc. Abstract: We report the discovery of a new double image grav...
A new two-image gravitational lens system has been discovered as a result of the Cosmic Lens All-Sky...
The first phase of a large gravitational lens survey using the Very Large Array at a wavelength of 3...
We report the discovery of a new gravitational lens system from the CLASS survey. Radio observations...
We report the discovery of a new two-image gravitational lens system from the Cosmic Lens All-Sky Su...
A new two-image gravitational lens system has been discovered as a result of the Cosmic Lens All-Sky...
We have discovered a new gravitational lens in the Cosmic Lens All-Sky Survey (CLASS). The lens B204...
A new gravitational lens system, the triple radio source MG2016+112, has been discovered. Five emiss...
A new four-image gravitational lens system, B0712+472, has been discovered during the Cosmic Lens Al...