The metrology system of the VLTI instrument GRAVITY

Author:

Lippa Magdalena1,Gillessen Stefan1,Blind Nicolas2,Kok Yitping3,Yazıcı Şenol1,Weber Johannes1,Pfuhl Oliver1,Haug Marcus1,Kellner Stefan1,Wieprecht Ekkehard1,Eisenhauer Frank1,Genzel Reinhard1,Hans Oliver1,Haußmann Frank1,Huber David1,Kratschmann Tobias1,Ott Thomas1,Plattner Markus1,Rau Christian1,Sturm Eckhard1,Waisberg Idel1,Wiezorrek Erich1,Perrin Guy4,Perraut Karine5,Brandner Wolfgang6,Straubmeier Christian7,Amorim Antonio8

Affiliation:

1. Max Planck Institute for Extraterrestrial Physics (Germany)

2. Univ. de Genève (Switzerland)

3. The Univ. of Western Australia (Australia)

4. Observatoire de Paris, LESIA (France)

5. IPAG, Domaine Univ. (France)

6. MPIA Heidelberg (Germany)

7. Univ. Cologne (Germany)

8. SIM FCUL (Portugal)

Publisher

SPIE

Reference9 articles.

1. The interferometric baselines and GRAVITY astrometric error budget;Lacour,2014

2. Kok, Y. et al., “GRAVITY: the impact of non-common optical paths within the metrology system,” in [Optical and Infrared Interferometry IV], Rajagopal, J. K., Creech-Eakman, M. J., and Malbet, F., eds.,

3. GRAVITY data reduction software;Lapeyrere,2014

4. The GRAVITY instrument software/high-level software;Burtscher,2014

5. The GRAVITY instrument software/hardware related aspects;Ott,2014

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