A sodium-layer laser guide star beacon with high-order adaptive optics at Lick Observatory produced a factor of 2.4 intensity increase and a factor of 2 decrease in full width at half maximum for an astronomical point source, compared with image motion compensation alone. Image full widths at half maximum were identical for laser and natural guide stars (0.3 arc seconds). The Strehl ratio with the laser guide star was 65% of that with a natural guide star. This technique should allow ground-based telescopes to attain the diffraction limit, by correcting for atmospheric distortions
We present initial results from the sodium-layer laser guide star adaptive optics system developed f...
Laser generated guide stars in the mesosphere at 90 km provide an effective beacon for adaptive opti...
Atmospheric turbulence severely limits the resolution of ground-based astronomical telescopes. In go...
Atmospheric turbulence severely limits the resolution of ground-based telescopes. Adaptive optics ca...
Results of experiments with the laser guide star adaptive optics system on the 3-meter Shane telesco...
A sodium-layer laser guide star adaptive optics system has been developed at Lawrence Livermore Nati...
The Lick Observatory guide star laser has provided a beacon sufficient to close the adaptive optics ...
A prototype adaptive optics system has been installed and tested on the 3 m Shane telescope at Lick ...
The Lick Observatory guide star laser has provided a beacon sufficient to close the adaptive optics ...
The performance of a sodium laser guide star adaptive optics system depends crucially on the charact...
We present an overview of the adaptive optics system at the Shane telescope (ShaneAO) along with res...
We discuss astronomical observing requirements and their implementation using sodium-layer laser gui...
Laser guide stars with adaptive optics allow astronomical image correction in the absence of a natu...
Over the past several years, experiments in adaptive optics involving multiple natural and laser gui...
Key advances in adaptive optics (AO) for both astronomical and military applications will be enabled...
We present initial results from the sodium-layer laser guide star adaptive optics system developed f...
Laser generated guide stars in the mesosphere at 90 km provide an effective beacon for adaptive opti...
Atmospheric turbulence severely limits the resolution of ground-based astronomical telescopes. In go...
Atmospheric turbulence severely limits the resolution of ground-based telescopes. Adaptive optics ca...
Results of experiments with the laser guide star adaptive optics system on the 3-meter Shane telesco...
A sodium-layer laser guide star adaptive optics system has been developed at Lawrence Livermore Nati...
The Lick Observatory guide star laser has provided a beacon sufficient to close the adaptive optics ...
A prototype adaptive optics system has been installed and tested on the 3 m Shane telescope at Lick ...
The Lick Observatory guide star laser has provided a beacon sufficient to close the adaptive optics ...
The performance of a sodium laser guide star adaptive optics system depends crucially on the charact...
We present an overview of the adaptive optics system at the Shane telescope (ShaneAO) along with res...
We discuss astronomical observing requirements and their implementation using sodium-layer laser gui...
Laser guide stars with adaptive optics allow astronomical image correction in the absence of a natu...
Over the past several years, experiments in adaptive optics involving multiple natural and laser gui...
Key advances in adaptive optics (AO) for both astronomical and military applications will be enabled...
We present initial results from the sodium-layer laser guide star adaptive optics system developed f...
Laser generated guide stars in the mesosphere at 90 km provide an effective beacon for adaptive opti...
Atmospheric turbulence severely limits the resolution of ground-based astronomical telescopes. In go...