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Setting the Stage for the Planet Formation Imager

John Monnier,Alicia Aarnio,Olivier Absil,Almudena Alonso-Herrero,Narsireddy Anugu,Ellyn Baines,Amelia Bayo,Jean-Philippe Berger,William Danchi, Nicholas Elias,Mario Gai,Poshak Gandhi,Tyler Gardner,Douglas Gies,Jean-François Gonzalez,Chris Haniff,Sebastian Hoenig,Michael Ireland,Andrea Isella,Stephen Kane,Florian Kirchschlager,Makoto Kishimoto,Lucia Klarmann,Jacques Kluska,Stefan Kraus,Lucas Labadie,Jean-Baptiste Le Bouquin,David Leisawitz,Hendrik Linz,Bertrand Mennesson,Andreas Morlok,Ryan Norris,Benjamin Pope,Luis Henry Quiroga-Nuñez,Gioia Rau,Zsolt Regaly,Mark Reynolds,Alberto Riva,Rachael Roettenbacher,Gail Schaefer,Benjamin Setterholm,Michael Smith,Robert Stencel,Theo ten Brummelaar,Konrad R. W. Tristram,Gerard van Belle,Gautam Vasisht,Gerd Weigelt,Markus Wittkowski

Bulletin of the American Astronomical Society（2019）

Cited 23|Views44
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Abstract
The Planet Formation Imager (PFI) is a next-generation infrared interferometer designed to image the active phases of planet formation and to take planetary “snapshots” of young systems. We outline a technology plan to make PFI a reality, identifying a potential breakthrough opportunity for making inexpensive large telescopes available.
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stage,planet,formation
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