Benjamin J. Derieg
ORCID:
0000-0003-4559-8088
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About
Contact & Profiles
A5094098757
Research Areas
- Astro and Planetary Science
- Stellar, planetary, and galactic studies
- Astrophysics and Star Formation Studies
Brigham Young University
2024
Benjamin C. N. Proudfoot
Darin Ragozzine
Meagan L. Thatcher
W. M. Grundy
D. Spencer
and 58
more
Tahina M. Alailima
Sawyer Allen
Penelope C. Bowden
Susanne Byrd
Conner D. Camacho
Gibson H. Campbell
Edison P. Carlisle
Jacob A. Christensen
Noah K. Christensen
Kaelyn Clement
Benjamin J. Derieg
Mara K. Dille
Cristian Dorrett
Abigail L. Ellefson
T. Fleming
Neville J. Freeman
Ethan J. Gibson
William G. Giforos
Jacob A. Guerrette
Olivia Haddock
S. Ashton Hammond
Zachary A. Hampson
Joshua D. Hancock
Madeline S. Harmer
Joseph R. Henderson
C. Jensen
David Jensen
Ryleigh E. Jensen
Joshua S. Jones
Cameron C. Kubal
Jacob N. Lunt
Stephanie Martins
McKenna Matheson
Dahlia Maxwell
Timothy D. Morrell
McKenna M. Myckowiak
Maia A. Nelsen
Spencer T. Neu
Giovanna G. Nuccitelli
Kayson M. Reardon
Austin S. Reid
Kenneth G. Richards
Megan R. W. Robertson
Tanner D. Rydalch
Conner B. Scoresby
Ryan L. Scott
Zacory Shakespear
Elliot A. Silveira
Grace C. Steed
Christiana Z. Suggs
Garrett D. Suggs
Derek M. Tobias
Matthew L. Toole
McKayla L. Townsend
Kade L. Vickers
Collin R. Wagner
M. Wright
E. Zappalà
Abstract About 40 trans-Neptunian binaries (TNBs) have fully determined orbits with about 10 others being solved except for breaking the mirror ambiguity. Despite decades of study, almost all TNBs only ever been analyzed a model that assumes perfect Keplerian motion (e.g., two point masses). In reality, TNB systems are non-Keplerian due to nonspherical shapes, possible presence undetected system components, and/or solar perturbations. this work, we focus on identifying candidates detectable...
10.3847/1538-3881/ad26f0
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The Astronomical Journal
2024-03-07
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