2018ApJ...864...11M

Query : 2018ApJ...864...11M

2018ApJ...864...11M - Astrophys. J., 864, 11-11 (2018/September-1)

An automated tool to detect variable sources in the VISTA Variables in the Via Lactea Survey: the VVV Variables (V4) catalog of tiles d001 and d002.

MEDINA N., BORISSOVA J., BAYO A., KURTEV R., NAVARRO MOLINA C., KUHN M., KUMAR N., LUCAS P.W., CATELAN M., MINNITI D. and SMITH L.C.

Abstract (from CDS):

Time-varying phenomena are one of the most substantial sources of astrophysical information, and their study has led to many fundamental discoveries in modern astronomy. We have developed an automated tool to search for and analyze variable sources in the near-infrared Ks band using the data from the VISTA Variables in the Via Lactea (VVV) ESO Public Large Survey. This process relies on the characterization of variable sources using different variability indices calculated from time series generated with point-spread function (PSF) photometry of sources under analysis. In particular, we used two main indices, the total amplitude ΔKs and the eta index η, to identify variable sources. Once the variable objects are identified, periods are determined with generalized Lomb-Scargle periodograms and the information potential metric. Variability classes are assigned according to a compromise between comparisons with VVV templates and the period of the variability. The automated tool is applied on VVV tiles d001 and d002 and led to the discovery of 200 variable sources. We detected 70 irregular variable sources and 130 periodic ones. In addition, nine open-cluster candidates projected in the region are analyzed, and the infrared variable candidates found around these clusters are further scrutinized by cross-matching their locations against emission star candidates from VPHAS+ survey Hα color cuts.

Abstract Copyright: © 2018. The American Astronomical Society. All rights reserved.

Journal keyword(s): catalogs - open clusters and associations: general - stars: pre-main sequence - techniques: photometric

VizieR on-line data: <Available at CDS (J/ApJ/864/11): table3.dat table4.dat table5.dat>

Nomenclature: Table 4: [MBB2018] CL00N CNN (Nos CL005 C1-CL005 C10, CL007 C1-CL007 C6, CL008 C1-CL008 C2), [MBB2018] LS0NN CNN (Nos LS001 C1-LS001 C9, LS002 C1-LS002 C22, LS003 C1-LS003 C12, LS009 C1-LS009 C9, LS015 C1-LS015 C3). Table 5: [MBB2018] d001-NN (Nos 1-93), [MBB2018] d002-NNN (Nos 1-108).

Simbad objects: 288

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Number of rows : 288
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 [MBB2018] d001-1 V* 11 36 31.84837 -63 35 16.0533           ~ 1 0
2 [MBB2018] d001-2 V* 11 36 35.00429 -63 42 05.3686           ~ 1 0
3 [MBB2018] d001-3 V* 11 37 08.08654 -63 21 58.2524           ~ 1 0
4 [MBB2018] d001-4 V* 11 37 23.75219 -63 30 44.5486           ~ 1 0
5 2MASS J11373108-6324026 Or* 11 37 31.08840 -63 24 02.6424           ~ 2 0
6 [MBB2018] d001-6 V* 11 37 32.78454 -63 18 27.6561           ~ 1 0
7 [MBB2018] d001-7 V* 11 37 40.48560 -63 29 28.5123           ~ 1 0
8 [MBB2018] d001-8 V* 11 37 46.91086 -63 47 16.0042           ~ 1 0
9 SPICY 11107 Y*? 11 37 54.305 -63 03 35.35           ~ 2 0
10 [MBB2018] d001-10 V* 11 37 59.65545 -63 12 38.1573           ~ 1 0
11 [MBB2018] d001-11 V* 11 37 59.76350 -63 23 51.2003           ~ 1 0
12 [MBB2018] d001-12 V* 11 38 00.61621 -63 19 59.8007           ~ 1 0
13 [MBB2018] d001-13 V* 11 38 02.83293 -63 24 03.3744           ~ 1 0
14 [MBB2018] d001-14 Or* 11 38 05.36616 -63 20 28.6120           ~ 1 0
15 [MBB2018] d001-15 V* 11 38 06.84322 -63 11 06.7697           ~ 1 0
16 [MBB2018] d001-16 V* 11 38 12.83126 -63 12 08.4087           ~ 1 0
17 IC 2944 OpC 11 38 20.00 -63 22 22.0           ~ 191 0
18 [MBB2018] d001-17 V* 11 38 22.99060 -63 40 41.2760           ~ 1 0
19 2MASS J11382321-6324525 Y*? 11 38 23.21640 -63 24 52.5060           ~ 2 0
20 2MASS J11382505-6327045 Y*? 11 38 25.05168 -63 27 04.5900           ~ 2 0
21 2MASS J11383320-6329539 Y*? 11 38 33.2067039994 -63 29 53.884618920           ~ 3 0
22 [MBB2018] d001-21 V* 11 38 37.34650 -63 20 14.3069           ~ 1 0
23 2MASS J11383801-6311373 Y*? 11 38 38.01456 -63 11 37.3452           ~ 2 0
24 2MASS J11385143-6329152 Y*? 11 38 51.43632 -63 29 15.2448           ~ 2 0
25 2MASS J11385143-6323169 Y*? 11 38 51.43728 -63 23 16.9944           ~ 2 0
26 [MBB2018] CL005 C2 Em* 11 38 51.80 -63 28 05.8           ~ 1 0
27 [MBB2018] CL005 C3 Em* 11 38 51.99 -63 29 15.6           ~ 1 0
28 2MASS J11385226-6329126 Y*? 11 38 52.26984 -63 29 12.6348           ~ 2 0
29 [MBB2018] CL005 C5 Em* 11 38 52.66 -63 28 00.5           ~ 1 0
30 [MBB2018] CL005 C6 Em* 11 38 53.13 -63 28 44.6           ~ 1 0
31 [MBB2018] CL005 C7 Em* 11 38 53.44 -63 28 32.6           ~ 1 0
32 [MBB2018] d001-25 V* 11 38 55.41987 -63 41 53.1608           ~ 1 0
33 [SMN83] Lam Cen 1 PoC 11 38 57.4 -63 28 26           ~ 3 0
34 HD 308829 Be* 11 38 57.9648397224 -63 28 38.987053644   10.94 10.49 10.64   B8 25 0
35 2MASS J11385830-6328577 Y*? 11 38 58.30272 -63 28 57.7344           ~ 2 0
36 [MBB2018] d001-27 V* 11 38 58.86930 -63 27 36.5221           ~ 1 0
37 [MBB2018] d001-28 V* 11 38 58.93701 -63 27 34.0196           ~ 1 0
38 VVV CL005 Cl* 11 38 59 -63 28.7           ~ 4 0
39 [MBB2018] CL005 C8 Em* 11 38 59.71 -63 29 29.8           ~ 1 0
40 [MBB2018] d001-29 V* 11 39 01.81363 -63 29 28.1849           ~ 1 0
41 [MBB2018] CL005 C9 Em* 11 39 04.93 -63 28 03.5           ~ 1 0
42 [MBB2018] CL005 C10 Em* 11 39 04.95 -63 29 02.0           ~ 1 0
43 [MBB2018] d001-30 Or* 11 39 08.38800 -63 43 46.6680           ~ 1 0
44 [MBB2018] LS001 C1 Em* 11 39 08.82 -63 28 52.6           ~ 1 0
45 [MBB2018] LS002 C1 Em* 11 39 09.51 -63 27 14.5           ~ 1 0
46 [MBB2018] LS002 C2 Em* 11 39 10.87 -63 27 45.6           ~ 1 0
47 [MBB2018] LS001 C2 Em* 11 39 10.98 -63 28 29.7           ~ 1 0
48 [MBB2018] LS002 C3 Em* 11 39 11.69 -63 27 09.2           ~ 1 0
49 [MBB2018] LS002 C4 Em* 11 39 11.84 -63 27 12.3           ~ 1 0
50 [MBB2018] LS002 C5 Em* 11 39 12.39 -63 27 20.3           ~ 1 0
51 [BRN2015] La Serena 1 Cl? 11 39 13.0 -63 29 04           ~ 1 0
52 [MBB2018] LS002 C6 Em* 11 39 14.31 -63 27 08.9           ~ 1 0
53 2MASS J11391441-6326562 Y*? 11 39 14.41704 -63 26 56.2416           ~ 2 0
54 [MBB2018] LS001 C3 Em* 11 39 15.32 -63 28 11.6           ~ 1 0
55 [MBB2018] LS001 C4 Em* 11 39 15.90 -63 29 27.2           ~ 1 0
56 [MBB2018] d001-33 V* 11 39 16.09497 -63 26 35.4164           ~ 1 0
57 [MBB2018] LS002 C7 Em* 11 39 16.76 -63 28 31.2           ~ 1 0
58 [MBB2018] LS002 C8 Em* 11 39 17.64 -63 26 57.5           ~ 1 0
59 [MBB2018] LS001 C5 Em* 11 39 17.86 -63 28 02.4           ~ 1 0
60 [MBB2018] LS002 C9 Em* 11 39 18.48 -63 26 40.8           ~ 1 0
61 [MBB2018] LS001 C6 Em* 11 39 18.90 -63 28 40.9           ~ 1 0
62 [MBB2018] LS001 C7 Em* 11 39 19.10 -63 28 42.0           ~ 1 0
63 [MBB2018] LS002 C10 Em* 11 39 19.12 -63 27 35.6           ~ 1 0
64 [MBB2018] LS001 C8 Em* 11 39 20.39 -63 28 14.8           ~ 1 0
65 UCAC4 133-060443 Em* 11 39 21.7608536663 -63 29 02.360362830           ~ 2 0
66 [BRN2015] La Serena 2 Cl? 11 39 22.0 -63 28 11           ~ 2 0
67 [MBB2018] d001-34 V* 11 39 22.53838 -63 28 07.1469           ~ 1 0
68 [MBB2018] d001-35 V* 11 39 22.81084 -63 28 09.8171           ~ 1 0
69 [MBB2018] LS002 C11 Em* 11 39 23.48 -63 27 44.6           ~ 1 0
70 [MBB2018] LS002 C12 Em* 11 39 23.96 -63 28 28.1           ~ 1 0
71 [MBB2018] LS002 C13 Em* 11 39 24.44 -63 26 53.4           ~ 1 0
72 [MBB2018] d001-36 V* 11 39 25.09690 -63 47 31.2759           ~ 1 0
73 [MBB2018] LS002 C14 Em* 11 39 25.10 -63 28 19.6           ~ 1 0
74 [MBB2018] LS002 C15 Em* 11 39 25.52 -63 29 37.2           ~ 1 0
75 [MBB2018] LS002 C16 Em* 11 39 26.72 -63 27 46.1           ~ 1 0
76 [MBB2018] d001-37 V* 11 39 26.97067 -63 28 08.1884           ~ 1 0
77 [MBB2018] LS002 C17 Em* 11 39 27.04 -63 29 41.6           ~ 1 0
78 [MBB2018] LS002 C18 Em* 11 39 28.49 -63 28 57.3           ~ 1 0
79 [MBB2018] LS002 C19 Em* 11 39 28.89 -63 29 15.5           ~ 1 0
80 IC 2948 OpC 11 39 29.6 -63 26 59           ~ 39 0
81 [MBB2018] LS002 C20 Em* 11 39 29.81 -63 28 10.0           ~ 1 0
82 [MBB2018] d001-38 EB* 11 39 30.8207918600 -62 51 57.542736324           ~ 2 0
83 [MBB2018] LS002 C21 Em* 11 39 31.57 -63 28 22.7           ~ 1 0
84 [MBB2018] LS002 C22 Em* 11 39 32.13 -63 28 07.3           ~ 1 0
85 [MBB2018] d001-39 Or* 11 39 32.90592 -62 59 17.5632           ~ 1 0
86 [MBB2018] d001-40 V* 11 39 37.20825 -63 44 34.7014           ~ 1 0
87 [MBB2018] d001-41 V* 11 39 40.29015 -63 03 03.0108           ~ 1 0
88 [MBB2018] d001-42 V* 11 39 44.91788 -63 28 00.9468           ~ 1 0
89 [MBB2018] d001-43 V* 11 40 01.18068 -63 28 34.3800           ~ 1 0
90 [MBB2018] LS003 C6 Em* 11 40 20.56 -63 28 11.6           ~ 1 0
91 [MBB2018] LS003 C5 Em* 11 40 20.78 -63 28 00.7           ~ 1 0
92 [MBB2018] LS003 C2 Em* 11 40 20.95 -63 26 56.2           ~ 1 0
93 [MBB2018] LS003 C3 Em* 11 40 20.98 -63 27 24.5           ~ 1 0
94 2MASS J11402141-6327496 Y*? 11 40 21.41400 -63 27 49.6872           ~ 2 0
95 [MBB2018] LS003 C7 Em* 11 40 23.58 -63 28 57.5           ~ 1 0
96 [MBB2018] LS003 C1 Em* 11 40 25.45 -63 27 02.7           ~ 1 0
97 [MBB2018] LS003 C10 Em* 11 40 26.91 -63 27 35.4           ~ 1 0
98 [BRN2015] La Serena 3 Cl? 11 40 28.0 -63 27 58           ~ 2 0
99 [MBB2018] LS003 C8 Em* 11 40 29.20 -63 29 10.8           ~ 1 0
100 [MBB2018] LS003 C9 Em* 11 40 29.91 -63 28 38.6           ~ 1 0
101 [MBB2018] LS003 C11 Em* 11 40 34.84 -63 27 17.9           ~ 1 0
102 [MBB2018] LS003 C12 Em* 11 40 36.46 -63 27 51.2           ~ 1 0
103 [MBB2018] d001-44 V* 11 40 51.11285 -63 24 58.1331           ~ 1 0
104 [MBB2018] d001-45 V* 11 41 08.37112 -62 57 28.9216           ~ 1 0
105 2MASS J11411147-6300059 Y*? 11 41 11.47656 -63 00 05.9472           ~ 2 0
106 [MBB2018] d001-47 EB* 11 41 14.5692104150 -63 02 07.064707694           ~ 2 0
107 [MBB2018] d001-48 V* 11 41 18.47793 -63 52 06.0038           ~ 1 0
108 [MBB2018] d001-49 V* 11 41 28.37466 -63 09 31.0856           ~ 1 0
109 [MBB2018] d001-50 V* 11 41 42.22303 -63 42 51.6841           ~ 1 0
110 [MBB2018] d001-51 LP? 11 41 52.6513557107 -63 28 59.461666710           ~ 2 0
111 [MBB2018] d001-52 V* 11 42 05.41571 -63 19 22.1368           ~ 1 0
112 [MBB2018] d001-53 V* 11 42 20.13332 -63 01 28.8184           ~ 1 0
113 2MASS J11425082-6321023 Or* 11 42 50.82768 -63 21 02.3148           ~ 2 0
114 [MBB2018] d001-55 EB* 11 42 56.0137319155 -63 04 01.456850365           ~ 2 0
115 [MBB2018] d001-56 V* 11 43 03.91560 -63 21 48.2583           ~ 1 0
116 [MBB2018] d001-57 EB* 11 43 13.0256165694 -63 47 38.295542992           ~ 2 0
117 [MBB2018] d001-58 EB* 11 43 15.8448253467 -63 46 11.284575975           ~ 2 0
118 [MBB2018] d001-59 V* 11 43 16.66079 -63 25 59.5271           ~ 1 0
119 [MBB2018] d001-60 V* 11 43 27.72963 -63 10 32.7228           ~ 1 0
120 [MBB2018] d001-61 EB* 11 43 34.6512563384 -63 29 12.775186204           ~ 2 0
121 [MBB2018] d001-62 V* 11 43 36.57514 -63 35 16.2909           ~ 1 0
122 [MBB2018] d001-63 EB* 11 43 38.8651490651 -63 02 54.445122449           ~ 2 0
123 [MBB2018] d001-64 V* 11 43 56.35687 -63 32 49.3895           ~ 1 0
124 [MBB2018] d001-65 V* 11 43 56.52075 -62 59 58.6571           ~ 1 0
125 [MBB2018] d001-66 EB* 11 44 08.7802152746 -63 12 59.842277923           ~ 2 0
126 [MBB2018] d001-67 V* 11 44 09.36308 -63 55 40.3747           ~ 1 0
127 [MBB2018] d001-68 V* 11 44 16.74202 -63 09 39.4746           ~ 1 0
128 [MBB2018] d001-69 EB* 11 44 16.8675447070 -63 54 18.860807738           ~ 2 0
129 OGLE GD-CEP-696 cC* 11 44 43.3624392072 -63 00 43.268040684     19.830   16.136 ~ 7 0
130 [MBB2018] d001-71 EB* 11 44 53.7102790192 -63 32 31.431910227           ~ 3 0
131 [MBB2018] LS009 C4 Em* 11 44 55.56 -63 18 00.3           ~ 1 0
132 [MBB2018] d001-72 EB* 11 44 55.7275780190 -63 16 51.212610928           ~ 2 0
133 [MBB2018] LS009 C9 Em* 11 44 59.22 -63 18 31.4           ~ 1 0
134 [MBB2018] LS009 C5 Em* 11 44 59.85 -63 17 44.7           ~ 1 0
135 [MBB2018] LS009 C3 Em* 11 45 01.20 -63 18 19.5           ~ 1 0
136 [MBB2018] LS009 C7 Em* 11 45 01.52 -63 18 13.6           ~ 1 0
137 [MBB2018] LS009 C2 Em* 11 45 02.50 -63 18 25.0           ~ 1 0
138 [BRN2015] La Serena 9 Cl? 11 45 04.0 -63 17 44           ~ 2 0
139 RMS G295.5570-01.3787B HII 11 45 04.01 -63 17 46.0           ~ 1 0
140 IRAS 11426-6301 Y*? 11 45 04.7501916792 -63 17 46.218145992           ~ 10 0
141 [MBB2018] LS009 C6 Em* 11 45 05.84 -63 16 48.5           ~ 1 0
142 [MBB2018] LS009 C8 Em* 11 45 07.84 -63 18 03.7           ~ 1 0
143 [MBB2018] LS009 C1 Em* 11 45 11.92 -63 17 44.5           ~ 1 0
144 [MBB2018] d001-73 V* 11 45 23.75856 -64 06 44.1103           ~ 1 0
145 [MBB2018] d001-74 V* 11 45 36.78619 -64 11 17.8555           ~ 1 0
146 SPICY 11650 Y*? 11 45 47.750 -63 43 55.45           ~ 2 0
147 [MBB2018] d001-76 EB* 11 46 03.2717926284 -63 43 10.537649097           ~ 2 0
148 [MBB2018] d001-77 EB* 11 46 08.6641581939 -63 27 50.546646060           ~ 2 0
149 [MBB2018] d001-78 V* 11 46 12.59448 -63 18 36.4225           ~ 1 0
150 RAFGL 4827S OH* 11 46 13.99800 -63 47 14.2260           O-rich 19 0
151 [MBB2018] d001-80 V* 11 46 37.02184 -63 19 43.0381           ~ 1 0
152 [MBB2018] d001-81 EB* 11 46 38.1650234841 -63 09 00.112354156           ~ 2 0
153 [MBB2018] d001-82 V* 11 46 38.69331 -63 21 56.2051           ~ 1 0
154 [MBB2018] d001-83 EB* 11 47 03.5783988906 -63 40 04.370715029           ~ 2 0
155 [MBB2018] d001-84 EB* 11 47 12.7387855213 -63 18 42.279729171           ~ 2 0
156 [MBB2018] d001-85 EB* 11 47 37.7980442077 -63 35 47.301810602           ~ 2 0
157 [MBB2018] d001-86 EB* 11 47 49.2738581204 -63 54 37.364905085           ~ 2 0
158 [MBB2018] d001-87 EB* 11 48 15.3692125148 -63 40 12.749629295           ~ 3 0
159 [MBB2018] d001-88 EB* 11 48 33.6995162247 -63 16 32.662580983           ~ 2 0
160 [MBB2018] d001-89 EB* 11 48 44.5311012635 -63 54 40.149085567           ~ 2 0
161 [MBB2018] d002-1 V* 11 48 47.73339 -64 15 56.1429           ~ 1 0
162 [MBB2018] d001-90 EB* 11 48 48.5698764260 -63 34 24.340548710           ~ 2 0
163 [MBB2018] d001-91 EB* 11 48 52.7278327087 -63 22 56.247385455           ~ 2 0
164 [MBB2018] d002-2 V* 11 49 00.41286 -64 13 01.1666           ~ 1 0
165 [MBB2018] d002-3 V* 11 49 04.48903 -64 01 18.8936           ~ 1 0
166 [MBB2018] d002-4 V* 11 49 27.17811 -64 03 08.6405           ~ 1 0
167 [MBB2018] d001-92 V* 11 49 44.20558 -63 34 36.9988           ~ 1 0
168 [MBB2018] d002-5 V* 11 50 12.54544 -64 07 14.9554           ~ 1 0
169 [MBB2018] d002-6 EB* 11 50 22.3027349731 -63 34 59.103083095           ~ 2 0
170 [MBB2018] d002-7 V* 11 50 24.91230 -64 14 32.9804           ~ 1 0
171 [MBB2018] d002-8 EB* 11 50 33.2564875255 -63 57 41.225741670           ~ 2 0
172 [MBB2018] d001-93 EB* 11 50 36.3571909774 -63 14 22.435912027           ~ 2 0
173 [MBB2018] d002-9 EB* 11 50 40.8452141168 -63 23 46.736758194           ~ 2 0
174 [MBB2018] d002-10 V* 11 50 41.59069 -63 37 05.1135           ~ 1 0
175 [DHG2018] 23 RR* 11 50 46.4681746106 -63 42 45.366290993           ~ 3 0
176 [MBB2018] d002-12 V* 11 50 54.22310 -63 26 29.3325           ~ 1 0
177 [MBB2018] d002-13 EB* 11 50 56.5623006211 -63 40 11.926427830           ~ 2 0
178 [MBB2018] d002-14 V* 11 50 57.52214 -63 30 12.5269           ~ 1 0
179 [MBB2018] d002-15 V* 11 51 02.88875 -64 04 03.1765           ~ 1 0
180 [MBB2018] d002-16 V* 11 51 07.47024 -63 08 03.6572           ~ 1 0
181 [MBB2018] d002-17 V* 11 51 08.95106 -63 35 04.3953           ~ 1 0
182 [MBB2018] d002-18 V* 11 51 09.86844 -63 15 54.7617           ~ 1 0
183 [MBB2018] d002-19 V* 11 51 33.90919 -63 48 00.5568           ~ 1 0
184 OGLE GD-RRLYR-2228 RR* 11 51 57.4092462336 -64 00 59.878475640         17.620 ~ 9 0
185 [MBB2018] d002-21 V* 11 51 57.77366 -63 14 09.3368           ~ 1 0
186 [MBB2018] d002-22 V* 11 52 14.59601 -63 17 13.6320           ~ 1 0
187 [MBB2018] d002-23 EB* 11 52 17.0137267696 -63 20 57.285987178           ~ 2 0
188 [MBB2018] d002-24 EB* 11 52 17.1594171744 -64 18 26.107756202           ~ 3 0
189 [MBB2018] d002-25 V* 11 52 39.81577 -63 37 10.1533           ~ 1 0
190 [MBB2018] d002-26 EB* 11 52 57.7041029131 -64 05 20.005427064           ~ 2 0
191 [MBB2018] d002-27 EB* 11 52 59.5119153088 -64 01 36.835801433           ~ 2 0
192 [MBB2018] d002-28 V* 11 52 59.97814 -63 49 20.8397           ~ 1 0
193 [MBB2018] d002-29 V* 11 53 01.39113 -63 28 05.3875           ~ 1 0
194 [MBB2018] d002-30 LP* 11 53 26.72150 -63 38 42.7626           ~ 1 0
195 [MBB2018] d002-31 Or* 11 53 28.07364 -63 38 35.5188           ~ 1 0
196 [MBB2018] d002-32 EB* 11 53 29.6598483460 -64 05 24.100110032           ~ 3 0
197 [MBB2018] d002-33 V* 11 53 33.55757 -63 22 00.7510           ~ 1 0
198 [MBB2018] d002-34 EB* 11 53 37.8438548361 -64 03 54.891079003           ~ 2 0
199 [MBB2018] CL007 C1 Em* 11 53 43.29 -64 20 01.5           ~ 1 0
200 [MBB2018] CL007 C2 Em* 11 53 44.62 -64 20 45.7           ~ 1 0
201 [MBB2018] CL007 C3 Em* 11 53 45.16 -64 20 06.2           ~ 1 0
202 [MBB2018] CL007 C4 Em* 11 53 50.28 -64 19 30.9           ~ 1 0
203 [MBB2018] CL007 C5 Em* 11 53 50.50 -64 20 01.2           ~ 1 0
204 [MBB2018] d002-35 V* 11 53 50.78077 -64 20 24.4688           ~ 1 0
205 VVV CL007 Cl* 11 53 51 -64 20.5           ~ 3 0
206 [MBB2018] CL007 C6 Em* 11 53 54.36 -64 20 12.1           ~ 1 0
207 [MBB2018] d002-36 V* 11 53 55.68577 -63 21 22.1630           ~ 1 0
208 [MBB2018] d002-37 V* 11 54 00.32956 -63 38 49.8263           ~ 1 0
209 [MBB2018] d002-38 V* 11 54 02.34198 -63 16 08.9785           ~ 1 0
210 [MBB2018] d002-39 V* 11 54 05.83462 -63 21 26.0482           ~ 1 0
211 [MBB2018] d002-40 EB* 11 54 05.9039636373 -63 35 54.179271541           ~ 2 0
212 [MBB2018] d002-41 EB* 11 54 07.2958324752 -63 48 54.525993810           ~ 2 0
213 [MBB2018] d002-42 EB* 11 54 08.3686390669 -63 22 40.232087095           ~ 2 0
214 2MASS J11541443-6344134 LP? 11 54 14.4417067886 -63 44 13.439481251           ~ 2 0
215 [MBB2018] d002-44 V* 11 54 25.05563 -63 35 07.6259           ~ 1 0
216 [MBB2018] d002-45 EB* 11 54 29.0310334816 -63 50 53.547321314           ~ 3 0
217 [MBB2018] d002-46 V* 11 54 37.29937 -63 35 27.8325           ~ 1 0
218 [MBB2018] d002-47 V* 11 54 39.28318 -63 40 59.0584           ~ 1 0
219 2MASS J11544248-6333263 LP? 11 54 42.4805262914 -63 33 26.314804519           ~ 2 0
220 [MBB2018] d002-49 V* 11 54 50.54470 -63 25 28.4217           ~ 1 0
221 [MBB2018] d002-50 V* 11 54 59.85667 -64 14 41.9375           ~ 1 0
222 2MASS J11550173-6314578 Y*? 11 55 01.73016 -63 14 57.8976           ~ 2 0
223 [MBB2018] d002-52 EB* 11 55 13.3653024714 -63 51 18.002234257           ~ 2 0
224 [MBB2018] d002-53 V* 11 55 17.30490 -63 16 57.1560           ~ 1 0
225 [MBB2018] d002-54 V* 11 55 18.20344 -63 33 56.6950           ~ 1 0
226 [MBB2018] d002-55 LP* 11 55 20.75703 -63 20 58.0361           ~ 1 0
227 [MBB2018] LS015 C1 Em* 11 55 22.48 -63 24 32.5           ~ 1 0
228 [MBB2018] LS015 C2 Em* 11 55 22.88 -63 24 33.8           ~ 1 0
229 [BRN2015] La Serena 15 Cl? 11 55 23.0 -63 25 30           ~ 1 0
230 [MBB2018] LS015 C3 Em* 11 55 24.79 -63 24 41.1           ~ 1 0
231 [MBB2018] CL008 C1 Em* 11 55 28.57 -63 55 21.8           ~ 1 0
232 VVV CL008 Cl* 11 55 29 -63 56.4           ~ 2 0
233 [MBB2018] d002-56 EB* 11 55 30.0211211457 -63 21 05.771349034           ~ 2 0
234 [MBB2018] d002-57 LP* 11 55 33.80311 -63 20 36.9207           ~ 1 0
235 [MBB2018] CL008 C2 Em* 11 55 34.47 -63 55 41.3           ~ 1 0
236 [MBB2018] d002-58 EB* 11 55 42.6182937051 -63 17 50.365219605           ~ 2 0
237 VVV CL009 Cl* 11 56 03 -63 19.0           ~ 6 0
238 [MBB2018] d002-59 EB* 11 56 13.9209256044 -64 05 58.994000924           ~ 3 0
239 [MBB2018] d002-60 EB* 11 56 16.3239643114 -63 21 56.296349074           ~ 2 0
240 [MBB2018] d002-61 V* 11 56 21.88370 -63 32 02.3190           ~ 1 0
241 [MBB2018] d002-62 V* 11 56 29.28334 -63 33 39.5600           ~ 1 0
242 [MBB2018] d002-63 V* 11 56 42.33694 -63 51 58.4259           ~ 1 0
243 [MBB2018] d002-64 V* 11 56 54.42834 -63 33 06.8236           ~ 1 0
244 [MBB2018] d002-65 V* 11 57 09.07245 -63 27 19.4324           ~ 1 0
245 [MBB2018] d002-66 V* 11 57 11.55517 -64 12 45.9148           ~ 1 0
246 [MBB2018] d002-67 V* 11 57 12.25398 -64 24 17.2000           ~ 1 0
247 [MBB2018] d002-68 EB* 11 57 17.5221252922 -64 12 34.156159366           ~ 2 0
248 [MBB2018] d002-69 EB* 11 57 19.0240901788 -63 20 49.350460566           ~ 3 0
249 [MBB2018] d002-70 EB* 11 57 23.2015793724 -63 19 51.085138653           ~ 2 0
250 [MBB2018] d002-71 EB* 11 57 23.7248001696 -64 02 52.144643517           ~ 2 0
251 [MBB2018] d002-72 LP* 11 57 30.82244 -63 33 38.0071           ~ 1 0
252 [MBB2018] d002-73 V* 11 57 35.93076 -63 31 04.5677           ~ 1 0
253 [MBB2018] d002-74 LP* 11 57 43.55529 -63 42 49.1228           ~ 1 0
254 [MBB2018] d002-75 V* 11 57 47.57347 -63 42 03.2977           ~ 1 0
255 [MBB2018] d002-76 V* 11 57 50.39672 -63 40 35.0401           ~ 1 0
256 [MBB2018] d002-77 V* 11 58 00.17519 -63 53 21.2637           ~ 1 0
257 [MBB2018] d002-78 EB* 11 58 00.3954051088 -64 20 50.761838945           ~ 2 0
258 [MBB2018] d002-79 V* 11 58 03.82347 -63 42 03.7112           ~ 1 0
259 [MBB2018] d002-80 V* 11 58 09.23070 -63 39 23.8736           ~ 1 0
260 [MBB2018] d002-81 EB* 11 58 41.3281846151 -64 03 42.961868625           ~ 2 0
261 [MBB2018] d002-82 EB* 11 58 43.4596316299 -63 55 07.359255947           ~ 2 0
262 [MBB2018] d002-84 EB* 11 58 49.2519370493 -63 46 18.610476260           ~ 3 0
263 [MBB2018] d002-83 V* 11 58 49.25565 -63 26 39.8518           ~ 1 0
264 [MBB2018] d002-85 V* 11 58 59.52892 -64 28 50.9284           ~ 1 0
265 [MBB2018] d002-86 V* 11 59 14.66313 -64 30 10.3674           ~ 1 0
266 [MBB2018] d002-87 V* 11 59 23.32076 -63 40 23.6982           ~ 1 0
267 [MBB2018] d002-88 V* 11 59 29.15875 -63 40 16.0418           ~ 1 0
268 [MBB2018] d002-89 EB* 11 59 32.4603975309 -64 04 50.953896986           ~ 2 0
269 [MBB2018] d002-90 Or* 11 59 33.03818 -63 25 59.4578           ~ 1 0
270 [MBB2018] d002-91 EB* 11 59 46.4243772330 -63 52 23.769074405           ~ 2 0
271 [MBB2018] d002-92 EB* 12 00 06.1720565896 -63 55 03.803355994           ~ 2 0
272 [MBB2018] d002-93 V* 12 00 09.44297 -63 58 08.7430           ~ 1 0
273 [MBB2018] d002-94 V* 12 00 17.92776 -63 53 02.4697           ~ 1 0
274 [MBB2018] d002-95 V* 12 00 20.72116 -63 50 14.8581           ~ 1 0
275 [MBB2018] d002-96 EB* 12 00 24.6460850738 -64 04 12.987751021           ~ 2 0
276 [MBB2018] d002-97 EB* 12 00 25.9308505470 -64 04 36.038967741           ~ 2 0
277 [MBB2018] d002-98 V* 12 01 41.12065 -63 41 17.9634           ~ 1 0
278 [MBB2018] d002-99 V* 12 01 50.03609 -63 50 10.5973           ~ 1 0
279 [MBB2018] d002-100 V* 12 01 58.72481 -63 39 05.7120           ~ 1 0
280 [MBB2018] d002-101 WV* 12 02 16.11131 -64 13 47.8782           ~ 2 0
281 [MBB2018] d002-102 EB* 12 02 17.4571186278 -63 56 18.365288529           ~ 2 0
282 IRAS 12000-6337 LP* 12 02 36.462 -63 53 54.01           ~ 3 0
283 [MBB2018] d002-104 EB* 12 02 49.2545779749 -63 52 36.234120279           ~ 3 0
284 [MBB2018] d002-105 EB* 12 02 50.3045811968 -63 41 24.873559457           ~ 2 0
285 [MBB2018] d002-106 EB* 12 03 05.5638565777 -63 48 10.021238639           ~ 2 0
286 [MBB2018] d002-107 EB* 12 03 06.8694439279 -63 48 51.796058026           ~ 2 0
287 [MBB2018] d002-108 V* 12 03 32.09301 -63 33 17.5818           ~ 1 0
288 NAME Galactic Bulge reg ~ ~           ~ 4794 0

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