Details

Autor(en) / Beteiligte

• Caspi, Amir
• Casini, Roberto
• Downs, Cooper
• Gibson, Sarah
• Gilbert, Holly
• Glesener, Lindsay
• Guidoni, Silvina
• Hughes, J. Marcus
• Mckenzie, David
• Plowman, Joseph
• Seaton, Daniel
• Reeves, Katharine
• Saint-Hilaire, Pascal
• Shih, Albert
• West, Matthew
• Alaoui, Meriem
• Alexander, David
• Allred, Joel
• Ashfield, William
• Bradshaw, Stephen
• Bröse, Malte
• Buitrago-Casas, Juan Camilo
• Chamberlin, Phillip
• Chandra, Ramesh
• Che, Haihong
• Chen, Thomas
• Chen, Bin
• Cheng, Xin
• Christe, Steven
• Dahlin, Joel
• Nolfo, Georgia De
• Dickson, Ewan
• Dudík, Jaroslav
• Emslie, Gordon
• Erdelyi, Robertus
• Gallagher, Peter
• Gan, Weiqun
• Gary, Dale
• Guo, Fan
• Hayes, Laura
• Hudson, Hugh
• Ji, Hantao
• Jones, Andrew
• Kerr, Graham
• Keshav, Aggarwal
• Knuth, Trevor
• Kooi, Jason
• Kumari, Anshu
• Li, Ying
• Limousin, Olivier
• Longo, Francesco
• Maharana, Anwesha
• Mandrini, Cristina
• Oliveros, Juan Carlos Martinez
• Massone, Anna Maria
• Mcateer, R.
• Mcconnell, Mark
• Mctiernan, James
• Meuris, Aline
• Mitchell, J. Grant
• Motorina, Galina
• Mrozek, Tomasz
• Musset, Sophie
• Narukage, Noriyuki
• Nayak, Sushree
• Newmark, Jeffrey
• Nitta, Nariaki
• Panesar, Navdeep
• Pariat, Etienne
• Piana, Michele
• Qiu, Jiong
• Raouafi, Nour
• Reale, Fabio
• Rozelot, Jean Pierre
• Samaiyah, Farid
• Sarkar, Ranadeep
• Shaik, Shaheda Begum
• Skokic, Ivica
• Stores, Morgan
• Struminsky, Alexei
• Su, Yang
• Takahashi, Tadayuki
• Tiwari, Sanjiv
• Tsiklauri, David
• Vievering, Juliana
• Warmuth, Alexander
• White, Stephen
• Zhang, Jie
• Zimovets, Ivan

Titel

COMPLETE: a flagship mission for complete understanding of 3D coronal magnetic energy release

Ist Teil von

• Bulletin of the American Astronomical Society, 2023-07, Vol.55

Ort / Verlag

American Astronomical Society

Erscheinungsjahr

2023

Link zum Volltext

Quelle

EZB Electronic Journals Library

Beschreibungen/Notizen

• COMPLETE is a flagship mission concept combining broadband spectroscopic imaging and comprehensive magnetography from multiple viewpoints around the Sun to enable tomographic reconstruction of 3D coronal magnetic fields and associated dynamic plasma properties, which provide direct diagnostics of energy release. COMPLETE re-imagines the paradigm for solar remote-sensing observations through purposefully cooptimized detectors distributed on multiple spacecraft that operate as a single observatory, linked by a comprehensive data/model assimilation strategy to unify individual observations into a single physical framework. We describe COMPLETE's science goals, instruments, and mission implementation. With targeted investment by NASA, COMPLETE is feasible for launch in 2032 to observe around the maximum of Solar Cycle 26.