This book is a collection of 19 articles which reflect the courses given at the Collège de France/Summer school “Reconstruction d'images − Applications astrophysiques“ held in Nice and Fréjus, France, from June 18 to 22, 2012. The articles presented in this volume address emerging concepts and methods that are useful in the complex process of improving our knowledge of the celestial objects, including Earth
We describe a new concept to correct for scintillation noise on high-precision photometry in large a...
Turbulence in Earth's atmosphere severely limits the image quality of ground-based telescopes. With ...
The challenge in building astronomical telescopes is to obtain the clearest possible image of a dis...
This course/paper deals with adaptive optics in the framework of astronomical imaging. It ...
The turbulent atmosphere has two detrimental effects in astronomy. The phase aberration induced by ...
Atmospheric turbulence is a phenomenon of interest in many scientific fields. The direct effects of ...
Major efforts in astronomical instrumentation are now being made to apply the techniques of adaptive...
After a brief presentation of atmospheric turbulence and its effects on image degradation, followed ...
Abstract. Observations with ground based telescopes suffer from atmospheric turbulence. Inde-pendent...
This book is a collection of 19 articles which reflect the courses given at the Collège de France/Su...
Advances in adaptive optics technology and applications move forward at a rapid pace. The basic idea...
Observations of fainter and fainter astrophysical objects in the universe require an increasing flux...
Modern ground-based telescopes rely on Adaptive Optics (AO) systems, which compensate for atmospheri...
This book is a collection of 19 articles which reflect the courses given at the Collège de France/Su...
The angular resolution of ground-based optical telescopes is limited by the degrading effects of the...
We describe a new concept to correct for scintillation noise on high-precision photometry in large a...
Turbulence in Earth's atmosphere severely limits the image quality of ground-based telescopes. With ...
The challenge in building astronomical telescopes is to obtain the clearest possible image of a dis...
This course/paper deals with adaptive optics in the framework of astronomical imaging. It ...
The turbulent atmosphere has two detrimental effects in astronomy. The phase aberration induced by ...
Atmospheric turbulence is a phenomenon of interest in many scientific fields. The direct effects of ...
Major efforts in astronomical instrumentation are now being made to apply the techniques of adaptive...
After a brief presentation of atmospheric turbulence and its effects on image degradation, followed ...
Abstract. Observations with ground based telescopes suffer from atmospheric turbulence. Inde-pendent...
This book is a collection of 19 articles which reflect the courses given at the Collège de France/Su...
Advances in adaptive optics technology and applications move forward at a rapid pace. The basic idea...
Observations of fainter and fainter astrophysical objects in the universe require an increasing flux...
Modern ground-based telescopes rely on Adaptive Optics (AO) systems, which compensate for atmospheri...
This book is a collection of 19 articles which reflect the courses given at the Collège de France/Su...
The angular resolution of ground-based optical telescopes is limited by the degrading effects of the...
We describe a new concept to correct for scintillation noise on high-precision photometry in large a...
Turbulence in Earth's atmosphere severely limits the image quality of ground-based telescopes. With ...
The challenge in building astronomical telescopes is to obtain the clearest possible image of a dis...
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