HD 10180
01 37 53.5771
-60 30 41.4854
38.87
HD 10180
HIP 7599
TYC 8850-1715-1
CD-61 285
CPD-61 124
2MASS J01375356-6030414
SAO 248411
Gaia DR2 4716158250340258944
7.95
7.32
6.246
5.934
5.868
G1V
5911
0.08
1.06
1.109
HD 10180 b
HIP 7599 b
Gaia DR2 4716158250340258944 b
TYC 8850-1715-1 b
Controversial
0.00409
1.17766
0.0222
0.05
155
69
The planet candidate HD 10180 b was originally announced as one of seven planet candidates in the HD 10180 system. Subsequent studies have failed to confirm the existence of this planet.
RV
17/12/15
2010
HD 10180 c
HIP 7599 c
Gaia DR2 4716158250340258944 c
TYC 8850-1715-1 c
Confirmed planets
0.0416
5.75969
0.06412
0.073
328
2454001.445
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
HD 10180 i
HIP 7599 i
Gaia DR2 4716158250340258944 i
TYC 8850-1715-1 i
Controversial
0.00598
9.655
0.0904
0.05
138
92
HD 10180 i was announced by Tuomi (2012), which together with HD 10180 j would have increased the number of planets in the HD 10180 system to nine. Subsequent studies failed to confirm the existence of this planet.
RV
17/12/15
2012
HD 10180 d
HIP 7599 d
Gaia DR2 4716158250340258944 d
TYC 8850-1715-1 d
Confirmed planets
0.0378
16.3570
0.12859
0.131
325
2454022.119
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
HD 10180 e
HIP 7599 e
Gaia DR2 4716158250340258944 e
TYC 8850-1715-1 e
Confirmed planets
0.0805
49.748
0.2699
0.051
147
2454006.26
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
HD 10180 j
HIP 7599 j
Gaia DR2 4716158250340258944 j
TYC 8850-1715-1 j
Controversial
0.0160
67.55
0.330
0.07
92
344
HD 10180 j was announced by Tuomi (2012), which together with HD 10180 i would have increased the number of planets in the HD 10180 system to nine. Subsequent studies failed to confirm the existence of this planet.
RV
17/12/15
2012
HD 10180 f
HIP 7599 f
Gaia DR2 4716158250340258944 f
TYC 8850-1715-1 f
Confirmed planets
0.0722
122.744
0.4929
0.119
327
2454024.67
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
HD 10180 g
HIP 7599 g
Gaia DR2 4716158250340258944 g
TYC 8850-1715-1 g
Confirmed planets
0.0732
604.67
1.427
0.263
327
2454002.8
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
HD 10180 h
HIP 7599 h
Gaia DR2 4716158250340258944 h
TYC 8850-1715-1 h
Confirmed planets
0.2066
2205.0
3.381
0.095
142
2453433.4
HD 10180 is a solar type star in the constellation Hydrus. The planetary system contains at least 6 planets with masses comparable to the ice giants in the solar system. The planets in this system are in near resonance. The age of the star is 7.3 Gigayears. The planets have been discovered with the HARPS spectrograph at the La Silla Observatory in Chile.
RV
17/12/15
2010
http://youtu.be/8fLnxGRXcsI
Hydrus