Published September 2019
| Version v1
Journal article
A Realistic Roadmap to Formation Flying Space Interferometry
- Creators
- Monnier, John
- Aarnio, Alicia
- Absil, Olivier
- Anugu, Narsireddy
- Baines, Ellyn
- Bayo, Amelia
- Berger, Jean-Philippe
- Cleeves, L. Ilsedore
- Dale, Daniel
- Danchi, William
- de Wit, W. J.
- Defrère, Denis
- Domagal-Goldman, Shawn
- Elvis, Martin
- Froebrich, Dirk
- Gai, Mario
- Gandhi, Poshak
- Garcia, Paulo
- Gardner, Tyler
- Gies, Douglas
- Gonzalez, Jean-François
- Gunter, Brian
- Hoenig, Sebastian
- Ireland, Michael
- Jorgensen, Anders M.
- Kishimoto, Makoto
- Klarmann, Lucia
- Kloppenborg, Brian
- Kluska, Jacques
- Knight, J. Scott
- Kral, Quentin
- Kraus, Stefan
- Labadie, Lucas
- Lawson, Peter
- Le Bouquin, Jean-Baptiste
- Leisawitz, David
- Lightsey, E. Glenn
- Linz, Hendrik
- Lipscy, Sarah
- Macgregor, Meredith
- Matsuo, Hiroshi
- Mennesson, Bertrand
- Meyer, Michaël
- Michael, Ernest A.
- Millour, Florentin
- Mozurkewich, David
- Norris, Ryan
- Ollivier, Marc
- Packham, Chris
- Petrov, Romain
- Pueyo, Laurent
- Pope, Benjamin
- Quanz, Sascha
- Ragland, Sam
- Rau, Gioia
- Regaly, Zsolt
- Riva, Alberto
- Roettenbacher, Rachael
- Savini, Giorgio
- Setterholm, Benjamin
- Sewilo, Marta
- Smith, Michael
- Spencer, Locke
- ten Brummelaar, Theo
- Turner, Neal
- van Belle, Gerard
- Weigelt, Gerd
- Wittkowski, Markus
Description
The ultimate astronomical observatory would be a formation flying space interferometer, combining sensitivity and stability with high angular resolution. The smallSat revolution offers a new and maturing prototyping platform for space interferometry and we put forward a realistic plan for achieving first stellar fringes in space by 2030.
Abstract
International audience
Additional details
- URL
- https://hal.archives-ouvertes.fr/hal-03058930
- URN
- urn:oai:HAL:hal-03058930v1
- Origin repository
- UNICA