2021ApJS..255....6D

Query : 2021ApJS..255....6D

2021ApJS..255....6D - Astrophys. J., Suppl. Ser., 255, 6-6 (2021/July-0)

Warm Jupiters in TESS full-frame images: a catalog and observed eccentricity distribution for Year 1.

DONG J., HUANG C.X., DAWSON R.I., FOREMAN-MACKEY D., COLLINS K.A., QUINN S.N., LISSAUER J.J., BEATTY T., QUARLES B., SHA L., SHPORER A., GUO Z., KANE S.R., ABE L., BARKAOUI K., BENKHALDOUN Z., BRAHM R., BOUCHY F., CARMICHAEL T.W., COLLINS K.I., CONTI D.M., CROUZET N., DRANSFIELD G., EVANS P., GAN T., GHACHOUI M., GILLON M., GRIEVES N., GUILLOT T., HELLIER C., JEHIN E., JENSEN E.L.N., JORDAN A., KAMLER J., KIELKOPF J.F., MEKARNIA D., NIELSEN L.D., POZUELOS F.J., RADFORD D.J., SCHMIDER F.-X., SCHWARZ R.P., STOCKDALE C., TAN T.-G., TIMMERMANS M., TRIAUD A.H.M.J., WANG G., RICKER G., VANDERSPEK R., LATHAM D.W., SEAGER S., WINN J.N., JENKINS J.M., MIRELES I., YAHALOMI D.A., MORGAN E.H., VEZIE M., QUINTANA E.V., ROSE M.E., SMITH J.C. and SHIAO B.

Abstract (from CDS):

Warm Jupiters-defined here as planets larger than 6 Earth radii with orbital periods of 8-200 days-are a key missing piece in our understanding of how planetary systems form and evolve. It is currently debated whether Warm Jupiters form in situ, undergo disk or high-eccentricity tidal migration, or have a mixture of origin channels. These different classes of origin channels lead to different expectations for Warm Jupiters' properties, which are currently difficult to evaluate due to the small sample size. We take advantage of the Transiting Exoplanet Survey Satellite (TESS) survey and systematically search for Warm Jupiter candidates around main-sequence host stars brighter than the TESS-band magnitude of 12 in the full-frame images in Year 1 of the TESS Prime Mission data. We introduce a catalog of 55 Warm Jupiter candidates, including 19 candidates that were not originally released as TESS objects of interest by the TESS team. We fit their TESS light curves, characterize their eccentricities and transit-timing variations, and prioritize a list for ground-based follow-up and TESS Extended Mission observations. Using hierarchical Bayesian modeling, we find the preliminary eccentricity distributions of our Warm-Jupiter-candidate catalog using a beta distribution, a Rayleigh distribution, and a two-component Gaussian distribution as the functional forms of the eccentricity distribution. Additional follow-up observations will be required to clean the sample of false positives for a full statistical study, derive the orbital solutions to break the eccentricity degeneracy, and provide mass measurements.

Abstract Copyright: © 2021. The American Astronomical Society. All rights reserved.

Journal keyword(s): Exoplanet catalogs

VizieR on-line data: <Available at CDS (J/ApJS/255/6): table4.dat>

Simbad objects: 142

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Number of rows : 142
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 HD 1397 PM* 00 17 47.1523790112 -66 21 32.062984452   8.56 7.78     G5III/IV 30 0
2 HD 1397b Pl 00 17 47.1523790112 -66 21 32.062984452           ~ 18 0
3 TOI-2179 * 01 29 46.9565005368 -60 44 23.836519248   12.746 12.057 12.020   ~ 6 0
4 TOI-2328.01 Pl? 02 06 45.5618878104 -81 14 50.525404944           ~ 1 0
5 TYC 9361-870-1 * 02 06 45.5618878104 -81 14 50.525404944   13.37 12.33     ~ 1 0
6 HD 14603 * 02 13 49.9783540560 -80 34 58.059796152   9.77 9.31     F5V 16 0
7 CD-50 714b Pl 02 27 06.0975766704 -50 17 04.310799828           ~ 37 0
8 CD-50 714 PM* 02 27 06.0975766704 -50 17 04.310799828   10.74 10.14     ~ 40 0
9 HD 19916b Pl 03 10 03.9822990984 -50 49 56.580324492           ~ 10 0
10 HD 19916 PM* 03 10 03.9822990984 -50 49 56.580324492   8.16 7.54     F8/G0V 42 0
11 TYC 8872-869-1 * 04 32 26.8459645008 -63 34 24.568976316   12.205 11.633 11.19 11.016 ~ 15 0
12 TOI-792 * 04 44 59.0033295576 -67 58 52.084714476   13.417 12.519 12.322   ~ 3 0
13 TOI-216 EB* 04 55 55.2548838048 -63 15 36.313162056           ~ 33 0
14 TOI-216b Pl 04 55 55.2548838048 -63 15 36.313162056           ~ 22 0
15 TOI-216c Pl 04 55 55.2548838048 -63 15 36.313162056           ~ 21 0
16 TOI-943.01 Pl? 04 58 13.2319259616 +08 58 51.074622120           ~ 2 0
17 TYC 684-1249-1 * 04 58 13.2319259616 +08 58 51.074622120   11.84 11.20     ~ 3 0
18 TOI-694 EB* 05 09 32.0430128160 -64 01 34.301933472   12.761 11.925 11.835 11.14 ~ 9 0
19 TOI-694b LM* 05 09 32.0433967574 -64 01 34.303235465           ~ 4 0
20 TOI-941.01 Pl? 05 13 12.1078110696 +06 32 45.783276108           ~ 2 0
21 TYC 111-1915-1 * 05 13 12.1078110696 +06 32 45.783276108   12.60 12.33     ~ 3 0
22 TYC 7063-698-1 * 05 25 22.6519821168 -34 40 05.974884336   13.14 12.48     ~ 5 0
23 TOI-2338b Pl 05 25 22.6519821168 -34 40 05.974884336           ~ 2 0
24 UCAC4 176-005872 * 05 27 16.4891783064 -54 56 46.225584780   13.767 12.753 12.498   ~ 3 0
25 HD 274870 * 05 28 30.7095265728 -48 24 32.302396404   13.05 11.95     F5 8 0
26 HD 274870B BD? 05 28 30.7098553322 -48 24 32.302778259           ~ 9 0
27 UCAC2 12144742 PM* 05 43 26.2477809216 -45 39 29.308076928   12.729 11.992 11.92 11.16 ~ 7 0
28 CD-60 1276 * 05 49 07.8042328824 -60 29 54.737904120   11.13 10.51     ~ 3 0
29 HD 39474 EB* 05 49 36.4133735952 -54 54 38.555451540   10.104 9.715     F7V 23 0
30 TOI-201b Pl 05 49 36.4133735952 -54 54 38.555451540           ~ 10 0
31 TOI-811 * 05 52 07.2569772240 -32 55 30.663924456   11.960 11.308 11.373   ~ 8 0
32 TOI-811b BD? 05 52 07.2569953541 -32 55 30.663337365           ~ 12 0
33 TYC 8096-1425-1 * 05 56 56.5556128656 -49 00 24.983805456   11.740 11.372 10.95 10.915 ~ 9 0
34 TOI-812.01 Pl? 05 56 56.5556128656 -49 00 24.983805456           ~ 2 0
35 UCAC4 476-014649 SB* 06 00 23.9453623663 +05 06 52.174815201   13.121 12.357 12.200   ~ 3 0
36 TOI-933 PM* 06 09 13.2294497568 -55 24 12.782726100   11.915 11.264 11.199 10.51 ~ 10 0
37 TOI-933.01 Pl? 06 09 13.2294497568 -55 24 12.782726100           ~ 2 0
38 TYC 8894-472-1 * 06 20 58.0336206264 -60 57 21.277168920   10.96 10.48     ~ 4 0
39 HD 44717B BD? 06 23 18.69 +00 53 00.1           ~ 7 0
40 HD 44717 * 06 23 18.6911952888 +00 53 00.105902772   8.84 8.74     A0V 10 0
41 TYC 7073-2192-1 * 06 26 55.0165436208 -31 19 41.001976128   12.87 12.02     ~ 6 0
42 TYC 9177-625-1 * 06 38 26.2833142560 -67 39 22.293703116   11.28 10.75     ~ 6 0
43 TOI-883.01 Pl? 06 53 28.6267145400 -06 30 27.027569592           ~ 2 0
44 TYC 4813-492-1 PM* 06 53 28.6267145400 -06 30 27.027569592   10.57 9.96     ~ 5 0
45 TYC 9186-658-1 EB* 06 56 52.2118550880 -72 47 00.583278972   11.98 11.95     ~ 6 0
46 TOI-899 * 06 57 58.2094317936 -71 31 23.196424620   12.968 12.210 12.112   ~ 5 0
47 TOI-899.01 Pl? 06 57 58.2094317936 -71 31 23.196424620           ~ 2 0
48 HD 52470b Pl 06 58 59.9803549176 -47 01 24.051948420           ~ 4 0
49 HD 52470 * 06 58 59.9803549176 -47 01 24.051948420   7.26 7.27     A0V 19 0
50 TOI-2339.01 Pl? 07 03 02.8880713510 -55 22 05.966150369           ~ 1 0
51 UCAC4 174-010191 * 07 03 02.8880713510 -55 22 05.966150369   13.305 12.587 12.464   ~ 5 0
52 UCAC4 208-011547 * 07 09 13.1797895744 -48 30 43.219813797   13.203 12.507 12.410   ~ 1 0
53 TYC 4819-1839-1 * 07 15 00.0463446960 -03 34 13.345958604   11.85 11.47     ~ 1 0
54 CD-57 1712b Pl 07 22 02.9952922776 -57 23 05.600400108           ~ 7 0
55 CD-57 1712 * 07 22 02.9952922776 -57 23 05.600400108   10.75 9.97     ~ 9 0
56 TYC 768-738-1 * 07 25 24.6733850256 +10 08 15.295192692   12.55 11.89     ~ 2 0
57 HD 61520 * 07 31 46.0639011360 -75 31 38.749582848   9.12 8.68     F5IV/V 17 0
58 UCAC4 410-035230 * 07 36 56.7297759249 -08 07 21.511014810   13.021 12.486 12.408   ~ 1 0
59 CD-41 3255 * 07 40 24.6580320552 -42 09 16.743124440   10.85 10.09     ~ 7 0
60 CD-41 3255B BD? 07 40 24.6582390859 -42 09 16.740639385           ~ 8 0
61 TYC 9184-1675-1 * 07 53 44.3570807376 -69 42 06.377271228   11.37 11.09     ~ 3 0
62 TOI-791.01 Pl? 07 53 44.3570807376 -69 42 06.377271228           ~ 2 0
63 TYC 4833-2647-1 * 07 56 35.8307285304 -00 46 22.426624920   11.54 11.00     ~ 4 0
64 TOI-963.01 Pl? 07 56 35.8307285304 -00 46 22.426624920           ~ 2 0
65 BD-01 1919 * 08 00 48.9909867024 -02 00 38.792613888   11.36 10.59     ~ 3 0
66 TOI-978.01 Pl? 08 00 48.9909867024 -02 00 38.792613888           ~ 2 0
67 UCAC4 202-017712 * 08 07 24.5852922462 -49 36 10.888330817   13.017 12.389 12.297   ~ 1 0
68 TYC 8574-790-1 * 08 11 33.7325633016 -57 18 54.843347988   13.15 11.88     ~ 3 0
69 CD-63 391 PM* 08 13 35.5257226944 -64 05 27.987972432   9.74 9.39     ~ 4 0
70 HD 70623 SB* 08 18 59.7203240472 -65 16 41.320777476   9.08 8.75     A8IV 10 0
71 TYC 6560-2885-1 * 08 22 13.7140659216 -25 04 09.985320084   11.05 10.49     ~ 1 0
72 BD-18 2306 * 08 22 34.8152633064 -19 15 16.687617732   10.58 9.92     ~ 7 0
73 TOI-1478.01 Pl 08 25 44.1070141008 -13 33 35.430389244           ~ 9 0
74 TOI-1478 PM* 08 25 44.1070141008 -13 33 35.430389244   11.511 10.813 10.694   ~ 6 0
75 TYC 8162-387-1 * 08 36 48.1592229624 -50 46 19.679236464   12.67 11.96     ~ 1 0
76 TYC 7679-1949-1 * 08 41 01.6891920192 -40 35 05.403278220   12.15 11.68     ~ 2 0
77 UCAC4 145-020067 SB* 09 07 46.4794775988 -61 00 41.209460720   13.293 12.590 12.444   ~ 2 0
78 TYC 8940-2470-1 * 09 20 48.3161945280 -60 17 10.390925472   12.24 11.58     ~ 2 0
79 TYC 7695-259-1 * 09 24 05.3496779616 -40 45 16.590910572   11.64 11.58     ~ 2 0
80 BD+06 2168 * 09 24 25.9061593968 +05 45 58.477870008   10.82 10.31     G0 5 0
81 UCAC4 255-038646 * 09 24 52.8046448710 -39 01 51.257326140   12.748 12.043 11.907   ~ 1 0
82 HD 297549 EB* 09 36 28.6865083440 -50 27 47.795508000   10.35 9.82     F8 10 0
83 HD 297549b Pl 09 36 28.6865083440 -50 27 47.795508000           ~ 15 0
84 TOI-2000.01 Pl? 09 45 35.4863017320 -66 41 12.065943444           ~ 5 0
85 TYC 8954-1014-1 PM* 09 45 35.4863017320 -66 41 12.065943444   11.81 10.98     ~ 9 0
86 TYC 6604-547-1 EB* 09 54 52.8927578544 -23 19 55.744444272   11.14 10.71     ~ 10 0
87 HD 87240 * 10 01 44.0901709680 -59 51 00.176879232   9.69 9.91     ApSi 41 0
88 TYC 6063-736-1 * 10 09 45.7040579712 -17 34 53.117804388   12.80 11.68     ~ 1 0
89 UCAC4 056-009244 * 10 20 46.2349705297 -78 49 49.521834228   12.786 12.014 12.199   ~ 1 0
90 TYC 6064-1058-1 EB* 10 21 44.6450714640 -17 13 27.810789240   10.705 10.347     ~ 8 0
91 HD 300730 * 10 23 56.2397428368 -56 50 35.342013012   11.24 10.86     G5 5 0
92 CPD-63 1435 * 10 28 08.9903170248 -64 30 18.936383436   11.12 10.64     ~ 28 0
93 TOI-1213 EB* 10 52 47.9872493064 -67 23 16.133904168   12.166 11.334 11.184   ~ 6 0
94 TOI-2005.01 Pl? 10 56 07.6328595192 -43 22 36.237911664           ~ 2 0
95 CD-42 6609 * 10 56 07.6328595192 -43 22 36.237911664   10.22 9.87     ~ 2 0
96 Cl* NGC 3532 FERN 474 * 11 03 39.528 -58 49 46.43           ~ 2 0
97 WASP-106b Pl 11 05 43.1362759752 -05 04 45.943633812           ~ 18 0
98 WASP-106 EB* 11 05 43.1362759752 -05 04 45.943633812   12.04 11.21     F9 27 0
99 TYC 6083-57-1 SB* 11 06 34.9896507312 -21 14 12.231882492   12.33 12.13     ~ 1 0
100 HD 96645 EB* 11 07 33.3676617840 -40 12 25.051993236   9.47 9.26     A2mA6-A9 8 0
101 TYC 8628-955-1 * 11 07 51.2248302504 -59 18 44.589962556   12.05 11.36     ~ 2 0
102 WASP-162 * 11 13 10.2912687864 -17 39 27.887515524   13.05 12.21     K0 8 0
103 TOI-1906b Pl 11 13 10.2912687864 -17 39 27.887515524           ~ 15 0
104 TYC 8981-1760-1 * 11 51 43.0835626680 -64 12 27.808319016   12.99 12.02     ~ 1 0
105 HD 106100 * 12 12 28.5093521712 -49 00 27.504441432   10.38 9.84     F6V 9 0
106 HD 106100b Pl 12 12 28.5093521712 -49 00 27.504441432           ~ 3 0
107 TYC 6676-341-1 * 12 13 48.8650416768 -27 45 47.727849312   11.346 10.893     ~ 5 0
108 TOI-2361.01 Pl? 12 19 55.8550493592 -27 17 05.577008243           ~ 1 0
109 UCAC4 314-067829 * 12 19 55.8550493592 -27 17 05.577008243   13.389 12.595 12.592   ~ 2 0
110 CD-31 9815 * 12 39 02.9455218384 -31 59 31.863071940   11.26 10.43     ~ 3 0
111 TOI-772.01 Pl? 12 40 45.9693678312 -21 52 21.833346144           ~ 2 0
112 TYC 6110-1007-1 * 12 40 45.9693678312 -21 52 21.833346144   12.14 11.57     ~ 3 0
113 TYC 8659-2407-1 * 12 52 43.5373059912 -58 55 54.194820600   12.46 11.99     ~ 1 0
114 TYC 8660-1583-1 * 12 58 44.2105646568 -58 28 36.158332692   12.02 11.43     ~ 1 0
115 CD-41 7923 * 13 32 25.4361354312 -42 28 30.964064160   11.77 11.10     ~ 22 0
116 CD-41 7923b Pl 13 32 25.4361354312 -42 28 30.964064160           ~ 20 0
117 HD 117683 SB* 13 32 39.9882054624 -38 50 45.344124348   9.34 9.01     A3mA7-F2 10 0
118 BD-22 3669 * 13 50 20.3911201248 -23 23 00.062667564   11.06 10.55     ~ 4 0
119 TOI-823 * 14 34 37.9695847032 -40 44 23.379721800   11.012 10.458 10.473   ~ 4 0
120 TOI-823.01 Pl? 14 34 37.9695847032 -40 44 23.379721800           ~ 2 0
121 UCAC4 150-149523 * 14 35 39.5058491606 -60 10 02.718345375       12.618   ~ 1 0
122 TYC 8680-639-1 * 14 40 00.9349759152 -52 54 36.033913368   11.46 11.00     ~ 1 0
123 TOI-1963.01 Pl? 14 45 22.4688573576 -54 45 40.113907200           ~ 2 0
124 CD-54 5845 * 14 45 22.4688573576 -54 45 40.113907200   11.57 10.89     ~ 1 0
125 HD 156122 * 17 17 58.9819942920 -45 53 00.703558860   10.06 9.44     F3V 5 0
126 TYC 8746-1522-1 * 17 56 59.3435988456 -55 47 16.390647888   12.00 11.36     ~ 1 0
127 TYC 9063-510-1 * 18 00 32.3653852896 -65 36 49.847834124   12.19 11.57     ~ 1 0
128 TYC 8747-1360-1 * 18 02 54.4169262301 -55 50 30.434115517   11.59 11.10     ~ 2 0
129 TYC 7912-829-1 * 18 12 08.3176727256 -44 14 35.951769816   12.56 11.98     ~ 1 0
130 TYC 9296-1019-1 SB* 18 56 11.7196041768 -70 14 57.776351532   11.137 10.78 10.58 10.503 ~ 9 0
131 TOI-1130 * 19 05 30.2235431880 -41 26 15.077969016   12.42 11.59     ~ 23 0
132 TOI-1130b Pl 19 05 30.2235431880 -41 26 15.077969016           ~ 13 0
133 TOI-1130c Pl 19 05 30.2235431880 -41 26 15.077969016           ~ 17 0
134 TYC 7917-1604-1 * 19 06 06.9298992768 -38 59 25.617719652   11.83 11.87     ~ 2 0
135 CD-27 15244 PM* 21 06 31.6561051464 -26 41 33.476472456   12.04 11.30     ~ 16 0
136 CD-27 15244b Pl 21 06 31.6561051464 -26 41 33.476472456           ~ 17 0
137 TYC 9332-703-1 * 22 03 49.8827057400 -72 26 26.726600832   11.20 10.79     ~ 1 0
138 CD-42 15773 EB* 22 07 28.1351222280 -41 48 55.688787756   10.90 10.39     ~ 8 0
139 HD 222259Ab Pl 23 39 39.4808078664 -69 11 44.707735104           ~ 50 0
140 HD 222259A RS* 23 39 39.4808078664 -69 11 44.707735104   9.161 8.226 9.28 7.352 G6V 144 0
141 CD-35 16019 PM* 23 59 36.0711872328 -35 01 52.923618408   10.49 9.87 9.91   G6 111 0
142 CD-35 16019b Pl 23 59 36.0711872328 -35 01 52.923618408           ~ 129 0

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