Imaging the Key Stages of Planet Formation
Date Issued
2019
Author(s)
Monnier, John
•
Rau, Gioia
•
Bermudez, Joel Sanchez
•
Ragland, Sam
•
Akeson, Rachel
•
Duchene, Gaspard
•
van Belle, Gerard
•
Norris, Ryan
•
Gordon, Kathryn
•
Defrère, Denis
•
Kluska, Jacques
•
Ridgway, Stephen
•
Le Bouquin, Jean-Baptiste
•
Anugu, Narsireddy
•
Scott, Nicholas
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Kane, Stephen
•
Richardson, Noel D.
•
Regaly, Zsolt
•
Zhu, Zhaohuan
•
Vasisht, Gautam
•
Stassun, Keivan G.
•
Andrews, Sean
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Lacour, Sylvestre
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Weigelt, Gerd
•
Turner, Neal
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Adams, Fred C.
•
Gies, Douglas
•
Calvet, Nuria
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Espaillat, Catherine
•
Millan-Gabet, Rafael
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Gardner, Tyler
•
Packham, Chris
•
•
Kral, Quentin
•
Berger, Jean-Philippe
•
Linz, Hendrik
•
Klarmann, Lucia
•
Bate, Matthew
•
Bae, Jaehan
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Lopez, Rebeca Garcia
•
•
Baron, Fabien
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Kama, Mihkel
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Wilner, David
•
Hartmann, Lee
•
Kishimoto, Makoto
•
Olofsson, Johan
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McClure, Melissa
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Haniff, Chris
•
Hoenig, Sebastian
•
Line, Michael
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Petrov, Romain G.
•
Smith, Michael
•
ten Brummelaar, Theo
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De Furio, Matthew
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Koutoulaki, Maria
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Rinehart, Stephen
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Leisawitz, David
•
Danchi, William
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Huber, Daniel
•
Zhang, Ke
•
Pope, Benjamin
•
Ireland, Michael
•
Kraus, Stefan
•
Isella, Andrea
•
Setterholm, Benjamin
•
White, Russel
Abstract
In this white paper, we explore how higher angular resolution beyond ALMA and 8m-class telescopes can extend our understanding of the key stages of planet formation, to resolve accreting circumplanetary disks themselves, and to watch planets forming in situ for the nearest star-forming regions.
Volume
51
Issue
3
Start page
498
Issn Identifier
2330-9458
Ads BibCode
2019BAAS...51c.498M
Rights
open.access
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Name
498_monnier.pdf
Description
postprint
Size
7.72 MB
Format
Adobe PDF
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