Surface Compositions of Trojan Asteroids by Emery, Joshua P., Binzel, Richard P., Britt, Daniel T., Brown, Michael E., Howett, Carly J. A., Martin, Audrey C., Melita, Mario D., Souza-Feliciano, Ana Carolina, Wong, Ian

“…The Jupiter Trojan asteroids are a key population for understanding the chemical and dynamical evolution of the Solar System. …”
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Review of Jupiter-Trojan asteroids research by Haitao Huang, Yunzhao Wu

Subjects: “…jupiter-trojan asteroids…”
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Effects of space weathering on the Trojan asteroids by Deet, April A. (April Anne)

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Trojan asteroid spectroscopy and space weathering by Russell, April A. (April Anne), 1981-

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Solar Sail Trajectories to Earth’s Trojan Asteroids by Alessandro A. Quarta, Giovanni Mengali

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A Crater Chronology for the Jupiter’s Trojan Asteroids by S. Marchi, D. Nesvorný, D. Vokrouhlický, W. F. Bottke, H. Levison

“…We present a new crater chronology for Jupiter’s Trojan asteroids. This tool can be used to interpret the collisional history of the bodies observed by NASA’s Lucy mission. …”
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MIR Spectra and Analysis of Jovian Trojan Asteroids by Audrey C. Martin, Joshua P. Emery

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MEGASIM: Distribution and Detection of Earth Trojan Asteroids by Travis Yeager, Nathan Golovich, Kerianne Pruett

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Lucy Mission to the Trojan Asteroids: Science Goals by Levison, Harold F, Olkin, Catherine B, Noll, Keith S, Marchi, Simone, Bell III, James F, Bierhaus, Edward, Binzel, Richard, Bottke, William, Britt, Dan, Brown, Michael, Buie, Marc, Christensen, Phil, Emery, Joshua, Grundy, Will, Hamilton, Victoria E, Howett, Carly, Mottola, Stefano, Pätzold, Martin, Reuter, Dennis, Spencer, John, Statler, Thomas S, Stern, S Alan, Sunshine, Jessica, Weaver, Harold, Wong, Ian

“…The Lucy mission will fly by and extensively study a diverse selection of Trojan asteroids, including all the recognized taxonomic classes, a collisional family member, and a near equal-mass binary. …”
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Photometric Survey of Neptune's Trojan Asteroids. I. The Color Distribution by Larissa Markwardt, Hsing Wen Lin, David Gerdes, Fred C. Adams

Subjects: “…Trojan asteroids…”
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The Collisional Evolution of the Primordial Kuiper Belt, Its Destabilized Population, and the Trojan Asteroids by William F. Bottke, David Vokrouhlický, Raphael Marshall, David Nesvorný, Alessandro Morbidelli, Rogerio Deienno, Simone Marchi, Luke Dones, Harold F. Levison

“…Our constraints included the size–frequency distributions (SFDs) of the Trojan asteroids and craters on the giant planet satellites. …”
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Spectroscopic Links among Giant Planet Irregular Satellites and Trojans by Benjamin N. L. Sharkey, Vishnu Reddy, Olga Kuhn, Juan A. Sanchez, William F. Bottke

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Analysis of Periodic Orbits about the Triangular Solutions of the Restricted Sum-Jupiter and Earth-Moon Problem by Sang-Young Park, Jung-Hyun Jo, Byoung-Sun Lee, Kyu-Hong Choi

“…These regions which is close to L5 are a ~5.12 AU and a ~5.29 AU. The Trojan asteroids that have a small eccentricity and inclination can not exist in this region.…”
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The Distribution of Highly Red-sloped Asteroids in the Middle and Outer Main Belt by Oriel A. Humes, Cristina A. Thomas, Lauren E. McGraw

“…Interior to and co-orbital with Jupiter, the red ( S ∼ 10%/0.1 μ m) slopes of D-type main-belt and Jupiter Trojan asteroids are thought to reflect their hypothesized shared origin with TNOs beyond the orbit of Jupiter. …”
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Jupiter’s Metastable Companions by Sarah Greenstreet, Brett Gladman, Mario Jurić

“…This includes >10,000 so-called Trojan asteroids surrounding the leading (L4) and trailing (L5) Lagrange points, viewed as stable groups dating back to planet formation. …”
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DEVELOPMENT AND IMPROVEMENTS OF COMPUTATIONAL METHODS IMPLEMENTED TO THE COLITEC SOFTWARE by S. V. Khlamov, V. E. Savanevych, O. V. Briukhovetskyi, E. N. Dikov, I. B. Vavilova

“…In total, it was used for about 700 000 observations and discovery of more than 1560 asteroids, including five NEO, four comets (C/2011 X1 (Elenin), P/2011 NO1 (Elenin), C/2012 S1 (ISON), and P/2013 V3 (Nevski)), 21 Trojan asteroids of Jupiter, and one Centaur. The paper deals with the CoLiTec software 1) to process the different types of astroinformation, which can be fed on-line in different forms, for example, files stream and video stream, astroplates; 2) to decide the data saving problem at various servers and virtual observatories sites; 3) to improve computational methods and algorithms for automated detection of Solar System small objects; 4) to improve the accuracy of astrometry/photometry reduction.…”
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Analysis in the visible range of NASA Lucy mission targets: Eurybates, Polymele, Orus and Donaldjohanson. by Souza-Feliciano, A.C., De Prá, M., Pinilla-Alonso, N., Alvarez-Candal, A., Fernández-Valenzuela, E., Binzel, Richard P., De León, J., Arcoverde, P., Rondón, E., Evangelista, M.S, Souza-Feliciano, A.C.

“…Jupiter Trojan asteroids are minor bodies that share Jupiter's orbit around the Sun. …”
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The Solar System Notification Alert Processing System (SNAPS): Design, Architecture, and First Data Release (SNAPShot1) by David E. Trilling, Michael Gowanlock, Daniel Kramer, Andrew McNeill, Brian Donnelly, Nat Butler, John Kececioglu

“…We present a short list of science results, among many that will be enabled by our SNAPS catalog: (1) we demonstrate that there are no known asteroids with very short periods and high amplitudes, which clearly indicates that in general asteroids in the size range 0.3–20 km are strengthless; (2) we find no difference in the period distributions of Jupiter Trojan asteroids, implying that the L4 and L5 clouds have different shape distributions; and (3) we highlight several individual asteroids of interest. …”
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Size and Albedo Constraints for (152830) Dinkinesh Using WISE Data by Kiana D. McFadden, Amy K. Mainzer, Joseph R. Masiero, James M. Bauer, Roc M. Cutri, Dar Dahlen, Frank J. Masci, Jana Pittichová, Akash Satpathy, Edward L. Wright

“…The Lucy mission will perform a flyby of the small main-belt asteroid, (152830) Dinkinesh, on 2023 November 1, in preparation for its mission to the Jupiter Trojan asteroids. In this Letter, we present data to support the planning of Lucy’s imminent encounter of Dinkinesh. …”
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Imaging Lunar Craters with the Lucy Long Range Reconnaissance Imager (L’LORRI): A Resolution Test for NASA's Lucy Mission by Stuart J. Robbins, E. Beau Bierhaus, Olivier Barnouin, Tod R. Lauer, John Spencer, Simone Marchi, Harold A. Weaver, Stefano Mottola, Hal Levison, Neil Dello Russo

“…NASA's Lucy mission is designed to better understand the unique population of Trojan asteroids. Trojans were probably captured in Jupiter's L4 and L5 points early in the solar system's evolution and little altered since then. …”
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