Details

Autor(en) / Beteiligte

• Gaspar, Andras
• Apai, Dániel
• Augereau, Jean-Charles
• Ballering, Nicholas P.
• Beichman, Charles A.
• Boccaletti, Anthony
• Booth, Mark
• Bowler, Brendan P.
• Bryden, Geoffrey
• Chen, Christine H.
• Currie, Thayne
• Danchi, William C.
• Debes, John
• Defrere, Denis
• Ertel, Steve
• Jackson, Alan P.
• Kalas, Paul G.
• Kennedy, Grant M.
• Kenworthy, Matthew A.
• Kim, Jinyoung Serena
• Kirchschlager, Florian
• Kral, Quentin
• Krijt, Sebastiaan
• Krivov, Alexander V.
• Kuchner, Marc J.
• Leisenring, Jarron M.
• Löhne, Torsten
• Lyra, Wladimir
• MacGregor, Meredith A.
• Matrà, Luca
• Mawet, Dimitri
• Mennesson, Bertrand
• Meshkat, Tiffany
• Moro-Martín, Amaya
• Nesvold, Erika R.
• Rieke, George H.
• Roberge, Aki
• Schneider, Glenn
• Shannon, Andrew
• Stark, Christopher C.
• Su, Kate Y. L.
• Thébault, Philippe
• Wilner, David J.
• Wyatt, Mark C.
• Ygouf, Marie
• Youdin, Andrew N.

Titel

Modeling Debris Disk Evolution

Ort / Verlag

American Astronomical Society

Erscheinungsjahr

2019

Quelle

EZB Electronic Journals Library

Beschreibungen/Notizen

• Understanding the formation, evolution, and architectures of planetary systems requires detailed knowledge of their components. Debris disks provide a means with which we can study them. The next decade will deliver a wealth of new information on the nearest systems. Parallel advances in modeling will be necessary to interpret these new datasets.