Transneptunian Binary Papers

Beyond point masses III. Detecting Haumea's nonspherical gravitational field: Proudfoot, Ragozzine, Giforos, Grundy, MacDonald, and Oldroyd 2024. Planetary Sci. J. 5, 69.1-17.
Beyond point masses II. Non-Keplerian shape effects are detectable in several TNO binaries: Proudfoot et al. 2024. Astron. J. 144, 144.1-24.
The Eris/Dysnomia system I: The orbit of Dysnomia: Holler, Grundy, Buie, and Noll 2021. Icarus 355, 114130.1-7.
The complex rotational light curve of (385446) Manwë-Thorondor, a multi-component eclipsing system in the Kuiper belt [preprint]: Rabinowitz, Benecci, Grundy, Verbiscer, and Thirouin 2020. Astron. J. 159, 27.1-14.
Transneptunian binaries (2018) [preprint]: Noll, Grundy, Nesvorný, and Thirouin 2020. Chapter in The Trans-Neptunian Solar System Eds. Prialnik, Barucci, and Young. Elsevier, pp. 205-224.
Mutual orbit orientations of transneptunian binaries [preprint]: Grundy, Noll, Roe, Buie, Porter, Parker, Nesvorný, Levison, Benecchi, Stephens, and Trujillo 2019. Icarus 334, 62-78.
The mutual orbit, mass, and density of transneptunian binary Gǃkúnǁ'hòmdímà (229762 2007 UK₁₂₆) [preprint]: Grundy, Noll, Buie, Benecchi, Ragozzine, and Roe 2019. Icarus 334, 30-38.
The mass and density of the dwarf planet (225088) 2007 OR₁₀ [preprint]: Kiss, Marton, Parker, Grundy, Farkas-Takács, Stansberry, Pál, Müller, Noll, Schwamb, Barr, Young, and Vinkó 2019. Icarus 334, 3-10.
Trans-neptunian binaries as evidence for planetesimal formation by the streaming instability [preprint]: Nesvorný, Li, Youdin, Simon, and Grundy 2019. Nature Astronomy 3, 808-812.
The mutual orbit, mass, and density of the large transneptunian binary system Varda and Ilmarë [preprint]: Grundy, Porter, Benecchi, Roe, Noll, Trujillo, Thirouin, Stansberry, Barker, and Levison 2015. Icarus 257, 1 30-138.
Ejecta transfer in the Pluto system. [preprint]: Porter and Grundy 2014. Icarus 246, 360-368.
The orbit of transneptunian binary Manwë and Thorondor and their upcoming mutual events. [preprint]: Grundy, Benecchi, Porter, and Noll 2014. Icarus 237, 1-8.
The rotational lightcurve of (79360) Sila-Nunam, an eclipsing binary in the Kuiper belt. [preprint]: Rabinowitz, Benecchi, Grundy, and Verbiscer 2014. Icarus 236, 72-82.
The UT 7/8 February 2013 Sila-Nunam mutual event & future predictions.: Benecchi, Noll, Thirouin, Ryan, Grundy, Verbiscer, Doressoundiram, Hestroffer, Beaton, Rabinowitz, and Chanover 2014. Icarus 229, 423-427.
Astrometry and orbits of Nix, Kerberos, and Hydra.: Buie, Grundy, and Tholen 2013. Astron. J. 146, 152.1-12.
KCTF evolution of trans-neptunian binaries: Connecting formation to observation. [preprint]: Porter and Grundy 2012. Icarus 220, 947-957.
Mutual events in the cold classical transneptunian binary system Sila and Nunam. [preprint]: Grundy, Benecchi, Rabinowitz, Porter, Wasserman, Skiff, Noll, Verbiscer, Buie, Tourtellotte, Stephens, and Levison 2012. Icarus 220, 74-83.
Physical properties of transneptunian binaries (120347) Salacia-Actaea and (42355) Typhon-Echidna.: Stansberry, Grundy, Mueller, Benecchi, Rieke, Noll, Buie, Levison, Porter, and Roe 2012. Icarus 219, 676-688.
Five new and three improved mutual orbits of transneptunian binaries. [preprint]: Grundy, Noll, Nimmo, Roe, Buie, Porter, Benecchi, Stephens, Levison, and Stansberry 2011. Icarus 213, 678-692.
(47171) 1999 TC₃₆, a transneptunian triple. [preprint]: Benecchi, Noll, Grundy, and Levison 2010. Icarus 207, 978-991.
Mutual orbits and masses of six transneptunian binaries. [preprint]: Grundy, Noll, Buie, Benecchi, Stephens, and Levison 2009. Icarus 200, 627-635.
The correlated colors of transneptunian binaries. [preprint]: Benecchi, Noll, Grundy, Buie, Stephens, and Levison 2009. Icarus 200, 292-303.
Binaries in the Kuiper belt.: Noll, Grundy, Chiang, Margot, and Kern 2008. [preprint] In The Solar System Beyond Neptune, Univ. of Arizona Press, Tucson, pp. 345-363.
(42355) Typhon-Echidna: Scheduling observations for binary orbit determination. [preprint]: Grundy, Noll, Virtanen, Muinonen, Kern, Stephens, Stansberry, Levison, and Spencer 2008. Icarus 197, 260-268.
Evidence for two populations of classical transneptunian objects: The strong inclination dependence of classical binaries. [preprint]: Noll, Grundy, Stephens, Levison, and Kern 2008. Icarus 194, 758-768.
The orbit, mass, size, albedo, and density of (65489) Ceto-Phorcys: A tidally-evolved binary Centaur. [preprint]: Grundy, Stansberry, Noll, Stephens, Trilling, Kern, Spencer, Cruikshank, and Levison 2007. Icarus 191, 286-297.
Detection of six trans-neptunian binaries with NICMOS: A high fraction of binaries in the cold classical disk.: Stephens and Noll 2006. Astron. J. 131, 1142-1148.
Discovery of a binary Centaur. [preprint]: Noll, Levison, Grundy, and Stephens 2006. Icarus 184, 611-618.
The albedo, size, and density of binary Kuiper belt object (47171) 1999 TC₃₆. [preprint]: Stansberry, Grundy, Margot, Cruikshank, Emery, Rieke, and Trilling 2006. Astrophys. J. 643, 556-566.
Diverse albedos of small transneptunian objects. [preprint]: Grundy, Noll, and Stephens 2005. Icarus 176, 184-191.
The orbit and albedo of transneptunian binary (58534) 1997 CQ₂₉. [preprint]: Noll, Stephens, Grundy, Osip, and Griffin 2004. Astron. J. 128, 2547-2552.
The orbit, mass, and albedo of (66652) 1999 RZ₂₅₃. [preprint]: Noll, Stephens, Grundy, and Griffin 2004. Icarus 172, 402-407.
Detection of two binary transneptunian objects, 1997 CQ₂₉ and 2000 CF₁₀₅, with the Hubble Space Telescope. [preprint]: Noll, Stephens, Grundy, Millis, Spencer, Buie, Tegler, Romanishin, and Cruikshank 2002. Astron. J. 124, 3424-3429.