Since 1990, adaptive optics are used in astronomy to remove the effects of atmospheric turbulence, and then retrieve diffraction-limited images, even in bad seeing conditions. Thanks to its strong knowledge in Shack-Hartmann wavefront sensing and deformable mirror, Imagine Optic has developed a simple and affordable adaptive optics system for astronomers. We present the current prototype as well as first experimental results on both natural stars and extended sources, with the main goal of allowing an effective correction in all sky conditions regardless of the object
Adaptive optics increases the angular resolution of large, ground-based telescopes by compensating ...
Over the past several years, experiments in adaptive optics involving multiple natural and laser gui...
ABSTRACT. Adaptive optics (AO) is a technology that corrects in real time for the blurring eects of ...
International audienceAdaptive optics is challenging for smaller telescopes (0.5∼2m) due to the smal...
Adaptive Optics (AO) is a key technology for ground-based astronomical telescopes, allowing to overc...
The light coming from a star travels undisturbed for billions of kilometers until it reaches the bou...
International audienceAdaptive optics is an advanced technique developed for large telescopes. It tu...
The angular resolution of ground-based optical telescopes is limited by the degrading effects of the...
The availability of small deformable mirrors with large number of actuators and stroke, on one hand,...
Many programs and projects are underway to finally achieve the goal of directly observing planets ou...
International audienceGRAVITY is a near-infrared interferometric instrument that allows astronomers ...
Observations of fainter and fainter astrophysical objects in the universe require an increasing flux...
International audienceUntil the 1970s, atmospheric seeing was considered as an absolute limitation f...
An old dream of ground-based as- A Break-through in Optical The extensive tests showed that it trono...
Adaptive optics (AO) is a technology used to sharpen images through real time compensation of optica...
Adaptive optics increases the angular resolution of large, ground-based telescopes by compensating ...
Over the past several years, experiments in adaptive optics involving multiple natural and laser gui...
ABSTRACT. Adaptive optics (AO) is a technology that corrects in real time for the blurring eects of ...
International audienceAdaptive optics is challenging for smaller telescopes (0.5∼2m) due to the smal...
Adaptive Optics (AO) is a key technology for ground-based astronomical telescopes, allowing to overc...
The light coming from a star travels undisturbed for billions of kilometers until it reaches the bou...
International audienceAdaptive optics is an advanced technique developed for large telescopes. It tu...
The angular resolution of ground-based optical telescopes is limited by the degrading effects of the...
The availability of small deformable mirrors with large number of actuators and stroke, on one hand,...
Many programs and projects are underway to finally achieve the goal of directly observing planets ou...
International audienceGRAVITY is a near-infrared interferometric instrument that allows astronomers ...
Observations of fainter and fainter astrophysical objects in the universe require an increasing flux...
International audienceUntil the 1970s, atmospheric seeing was considered as an absolute limitation f...
An old dream of ground-based as- A Break-through in Optical The extensive tests showed that it trono...
Adaptive optics (AO) is a technology used to sharpen images through real time compensation of optica...
Adaptive optics increases the angular resolution of large, ground-based telescopes by compensating ...
Over the past several years, experiments in adaptive optics involving multiple natural and laser gui...
ABSTRACT. Adaptive optics (AO) is a technology that corrects in real time for the blurring eects of ...