Bibcode
                                    
                            Prša, Andrej; Kochoska, Angela; Conroy, Kyle E.; Eisner, Nora; Hey, Daniel R.; IJspeert, Luc; Kruse, Ethan; Fleming, Scott W.; Johnston, Cole; Kristiansen, Martti H.; LaCourse, Daryll; Mortensen, Danielle; Pepper, Joshua; Stassun, Keivan G.; Torres, Guillermo; Abdul-Masih, Michael; Chakraborty, Joheen; Gagliano, Robert; Guo, Zhao; Hambleton, Kelly; Hong, Kyeongsoo; Jacobs, Thomas; Jones, David; Kostov, Veselin; Lee, Jae Woo; Omohundro, Mark; Orosz, Jerome A.; Page, Emma J.; Powell, Brian P.; Rappaport, Saul; Reed, Phill; Schnittman, Jeremy; Schwengeler, Hans Martin; Shporer, Avi; Terentev, Ivan A.; Vanderburg, Andrew; Welsh, William F.; Caldwell, Douglas A.; Doty, John P.; Jenkins, Jon M.; Latham, David W.; Ricker, George R.; Seager, Sara; Schlieder, Joshua E.; Shiao, Bernie; Vanderspek, Roland; Winn, Joshua N.
    Bibliographical reference
                                    The Astrophysical Journal Supplement Series
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                        1
            
                        2022
            
  Citations
                                    168
                            Refereed citations
                                    145
                            Description
                                    In this paper we present a catalog of 4584 eclipsing binaries observed during the first two years (26 sectors) of the TESS survey. We discuss selection criteria for eclipsing binary candidates, detection of hitherto unknown eclipsing systems, determination of the ephemerides, the validation and triage process, and the derivation of heuristic estimates for the ephemerides. Instead of keeping to the widely used discrete classes, we propose a binary star morphology classification based on a dimensionality reduction algorithm. Finally, we present statistical properties of the sample, we qualitatively estimate completeness, and we discuss the results. The work presented here is organized and performed within the TESS Eclipsing Binary Working Group, an open group of professional and citizen scientists; we conclude by describing ongoing work and future goals for the group. The catalog is available from http://tessEBs.villanova.edu and from MAST.
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Physics of Ionized Nebulae
            
    The research that is being carried out by the group can be condensed into two main lines: 1) Study of the structure, dynamics, physical conditions and chemical evolution of Galactic and extragalactic ionized nebulae through detailed analysis and modelization of their spectra. Investigation of chemical composition gradients along the disk of our
            
            Jorge
            
                        García Rojas