Cassandra Lejoly
University of Arizona
14 Papers
40 Citations
Cassandra Lejoly is an academic researcher from University of Arizona. The author has contributed to research in topics: Comet & Exoplanet. The author has an hindex of 4, co-authored 10 publications.
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Papers
Carbon Chain Depletion of 2I/Borisov
Theodore Kareta,Jennifer E. Andrews,John Noonan,Walter M. Harris,Nathan Smith,Patrick O'Brien,Benjamin N. L. Sharkey,Vishnu Reddy,Alessondra Springmann,Cassandra Lejoly,Kathryn Volk,Al Conrad,Christian Veillet +12 more
TL;DR: In this paper, the authors used a Haser model to convert the integrated fluxes to production rates and found that 2I/Borisov is strongly in the (carbon chain) 'depleted' taxonomic group.
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Carbon Chain Depletion of 2I/Borisov
Theodore Kareta,Jennifer E. Andrews,John Noonan,Walter M. Harris,Nathan Smith,Patrick O'Brien,Benjamin N. L. Sharkey,Vishnu Reddy,Alessondra Springmann,Cassandra Lejoly,Kathryn Volk,Al Conrad,Christian Veillet +12 more
TL;DR: In this article, the authors used a Haser model to convert the integrated fluxes to production rates and found that 2I/Borisov is strongly in the (carbon chain) 'depleted' taxonomic group.
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Peer Review
The Sloan Digital Sky Survey Reverberation Mapping Project: Key Results
Yue-Yun Shen,Catherine J. Grier,Keith Horne,Zach Stone,Jennifer I-Hsiu Li,Qian Yang,Y. Homayouni,Jonathan R. Trump,Scott F. Anderson,W. N. Brandt,Patrick B. Hall,Luis C. Ho,Linhua Jiang,Patrick Petitjean,Donald P. Schneider,Charling Tao,F. R. Donnan,Yusra AlSayyad,Matthew A. Bershady,Michael R. Blanton,Dmitry Bizyaev,Kevin Bundy,Yuguang Chen,M. Davis,Kyle S. Dawson,Xiaohui Fan,Jenny E. Greene,H. Groller,Yucheng Guo,Hector Ibarra-Medel,Ryan P. Keenan,Juna A. Kollmeier,Cassandra Lejoly,Zefeng Li,Axel de La Macorra,Maxwell Moe,Jundan Nie,Graziano Rossi,Paul Smith,Wei-Leong Tee,Anne-Marie Weijmans,Jiachuan Xu,Minghao Yue,Xu Zhou,Zhimin Zhou,Hu Zou +45 more
- 01 May 2023
TL;DR: In this paper , the SDSS-RM data set was used to estimate the average virial factor of broad-line quasars, including Halpha, Hbeta, MgII and CIV.
Photometry of the Didymos System across the DART Impact Apparition
Nicholas Moskovitz,Cristina A. Thomas,Petr Pravec,Tim A. Lister,T. A. Polakis,David J. Osip,Theodore Kareta,Agata Rozek,Steven R. Chesley,Shantanu P. Naidu,P. Scheirich,William H. Ryan,Eileen V. Ryan,B. Skiff,C. Snodgrass,Matthew M. Knight,Andrew R. Rivkin,Nancy L. Chabot,V. Ayvazian,Irina Belskaya,Z. Benkhaldoun,D. Bertesteanu,Mariangela Bonavita,T. Bressi,M. J. Brucker,Martin Burgdorf,O. A. Burkhonov,Brian Burt,Carlos Contreras,Joseph Chatelain,Young-Jun Choi,Matt Daily,J. de León,K. Ergashev,T. Farnham,P. Fatka,Marin Ferrais,Stefan Geier,Edward Gomez,Sarah Greenstreet,Hannes Gröller,Carl Hergenrother,Carrie E. Holt,Kamil Hornoch,Marek Husárik,R. Inasaridze,E. Jehin,E. Khalouei,Jean-Baptiste Kikwaya Eluo,Myung-Jin Kim,Yu. N. Krugly,Hana Kučáková,Peter Kusnirak,Jeffrey A. Larsen,Hee-Jae Lee,Cassandra Lejoly,J. Licandro,Penélope Longa-Peña,R. Mastaler,Curtis McCully,Hong-Kyu Moon,N. Morrell,Arushi Nath,Dagmara Oszkiewicz,Daniel Parrott,Liz Phillips,Marcel Popescu,Donald P. Pray,G. Prodan,Markus Rabus,M. T. Read,Inna Reva,Vernon Roark,Toni Santana-Ros,James V. Scotti,Taiyo Tatara,Audrey Thirouin,David J. Tholen,V. Troianskyi,A. F. Tubbiolo,Katelyn Villa +80 more
TL;DR: Photometry of the Didymos System Across the DART Impact Apparition measured the orbital period change of Dimorphos and characterized the ejecta evolution. Lightcurve decomposition was used to extract ejecta-related events and constrain the ejecta evolution. The data showed that ejecta became optically thin within the first ∼1 day after impact and faded with a decay time of about 25 days.
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