项目调试
天文台
计算机科学
天空
星座
遥感
自适应光学
系统工程
电信
光学
天文
出版
物理
工程类
地质学
法学
政治学
作者
Benoît Neichel,F. Rigaut,Andrew Serio,Gustavo Arriagada,Maxime Boccas,Céline d’Orgeville,Vincent Fesquet,Chadwick A. Trujillo,William Rambold,Ramon Galvez,Gaston Gausachs,Tomislav Vučina,Vanessa Montes,Cristian Urrutia,Cristian Moreno,Sarah J. Diggs,Claudio Araya,Javier Lührs,Gelys Trancho,Matthieu Bec
摘要
The Gemini Multi-Conjugate Adaptive Optics System (GeMS) began its on-sky commissioning in January 2011. The system provides high order wide field corrections using a constellation of five Laser Guide Stars. In December 2011, commissioning culminated in images with a FWHM of 80±2mas at 1.65 microns (H band) over an 87 x 87 arcsecond field of view. The first images have already demonstrated the scientific potential of GeMS, and after more than a year of commissioning GeMS is finally close to completion and ready for science. This paper presents a general status of the GeMS project and summarizes the achievements made during more than a year of commissioning. The characterization of GeMS performance is presented in a companion paper: “GeMS on-sky results”, Rigaut et al. Here we report on the sub-systems' performance, discuss current limitations and present proposed upgrades. The integration of GeMS into the observatory operational scheme is detailed. Finally, we present the plans for next year's operations with GeMS.
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