The Enhanced Resolution Imager and Spectrograph for the VLT
Journal
Date Issued
2023
Author(s)
Davies, R.
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Absil, O.
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Agudo Berbel, A.
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Black, M.
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Bonse, M.
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Campana, P.
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Cao, Y.
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Cortes, A.
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Dallilar, Y.
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Dannert, F.
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De Rosa, R. J.
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Deysenroth, M.
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Doelman, D.
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Dorn, R.
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Eisenhauer, F.
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Feuchtgruber, H.
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Finger, G.
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Förster Schreiber, N. M.
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Gao, X.
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Gemperlein, H.
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Genzel, R.
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Gillessen, S.
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Ginski, C.
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Glauser, A. M.
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Glindemann, A.
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Hartl, M.
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Hayoz, J.
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Heida, M.
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Henry, D.
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Hofmann, R.
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Huber, H.
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Kasper, M.
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Keller, C.
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Kenworthy, M.
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Kravchenko, K.
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Kuntschner, H.
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Lacour, S.
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Lightfoot, J.
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Lunney, D.
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Lutz, D.
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Macintosh, M.
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Marsset, M.
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Modigliani, A.
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Neeser, M.
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Orban de Xivry, G.
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Ott, T.
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Pallanca, L.
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Patapis, P.
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Pearson, D.
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Peña, E.
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Percheron, I.
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Quanz, S. P.
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Rabien, S.
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Rau, C.
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Schmid, H. -M.
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Schubert, J.
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Serra, B.
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Shimizu, T.
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Snik, F.
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Sturm, E.
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Tacconi, L.
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Taylor, W.
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Waring, C.
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Wiezorrek, E.
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Abstract
The Enhanced Resolution Imager and Spectrograph (ERIS) is an instrument that both extends and enhances the fundamental diffraction limited imaging and spectroscopy capability for the VLT. It replaces two instruments that were being maintained beyond their operational lifetimes, combines their functionality on a single focus, provides a new wavefront sensing module for natural and laser guide stars that makes use of the Adaptive Optics Facility, and considerably improves on their performance. The observational modes ERIS provides are integral field spectroscopy at 1-2.5 μm, imaging at 1-5 μm with several options for high-contrast imaging, and long-slit spectroscopy at 3-4 μm. The instrument is installed at the Cassegrain focus of UT4 at the VLT and, following its commissioning during 2022, has been made available to the community....
Volume
674
Start page
A207
Issn Identifier
0004-6361
Ads BibCode
2023A&A...674A.207D
Rights
open.access
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