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Stellar HostProfile

HD 10180

G1 V • 38.96 pc

Records

12

literature rows

Planets

6

system count

References

13

distinct source labels

TIC: TIC 231836962HIP: HIP 7599HD: HD 10180

Approximate color

from effective temperature

Canonical Summary

Adopted host values from one source row

Values come from the row with the most populated summary measurements. Missing values stay missing. Ranges and counts describe all source rows.

Stellar source: Lovis et al. 2011 • System source: TICv8

Temperature

5911 K

5891 to 5911

5 values • 3 distinct

Mass

1.06 Msun

1.06 to 1.07

5 values • 4 distinct

Age

4.30 Gyr

4.30 to 6.44

2 values • 2 distinct

Luminosity

0.17 log(Lsun)

0.17 to 0.18

4 values • 4 distinct

Distance

38.96 pc

single adopted value

12 values • 1 distinct

Spectral Type

G1 V

Multiple classifications reported

G1 V (2), G0/2 V (1), G5 (1)

Planets

6

Stable across source rows

6

System Layout

Known planets

6 planets linked to this host

HD 10180 c

Radial Velocity

◌

Discovery

2010

Period

5.76 days

Radius

—

Mass

13.22 M⊕

Eq. Temp

—

HD 10180 d

Radial Velocity

◌

Discovery

2010

Period

16.36 days

Radius

—

Mass

12.01 M⊕

Eq. Temp

—

HD 10180 e

Radial Velocity

◌

Discovery

2010

Period

49.75 days

Radius

—

Mass

25.59 M⊕

Eq. Temp

—

HD 10180 f

Radial Velocity

◌

Discovery

2010

Period

122.7 days

Radius

—

Mass

22.95 M⊕

Eq. Temp

—

HD 10180 g

Radial Velocity

◌

Discovery

2010

Period

604.7 days

Radius

—

Mass

23.27 M⊕

Eq. Temp

—

HD 10180 h

Radial Velocity

◌

Discovery

2010

Period

2205 days

Radius

—

Mass

65.66 M⊕

Eq. Temp

—

HD 10180 and Its Six Planets

HD 10180 is a G1 V star located 127 light-years away. Its spectral type marks it as a Sun-like, main-sequence dwarf. The star is estimated to be 4.3 billion years old, with a mass of 1.06 solar masses and a temperature of 5910 K. Its reported mass estimate is larger than the Sun's, and its reported temperature is hotter than the Sun's. Six planets are known to orbit this star.

All six were discovered in 2010 using the radial velocity method. HD 10180 c has a minimum mass of 13.2 Earth masses and an orbital period of 5.76 days. HD 10180 d has a minimum mass of 12 Earth masses and a period of 16.4 days. HD 10180 e has a minimum mass of 25.6 Earth masses and a period of 49.7 days. HD 10180 f has a minimum mass of 22.9 Earth masses and a period of 123 days. HD 10180 g has a minimum mass of 23.3 Earth masses and a period of 605 days. HD 10180 h has a minimum mass of 65.7 Earth masses and a period of 2210 days.

Every planet's minimum mass is larger than Earth's. Among the listed planets, HD 10180 c has the shortest year by reported estimates, at 5.76 days, while HD 10180 d has the second-shortest, at 16.4 days. At the other end, HD 10180 h has the longest year by reported estimates, at 2210 days, and HD 10180 g has the second-longest, at 605 days. Among the listed planets, HD 10180 d has the smallest minimum mass, at 12 Earth masses, and HD 10180 c has the second-smallest, at 13.2 Earth masses. HD 10180 h has the largest minimum mass, at 65.7 Earth masses, and HD 10180 e has the second-largest, at 25.6 Earth masses. HD 10180 h's year of 2210 days is the longest among the six.

Provenance

Underlying measurements and references

Evidence Summary

Rows

12

Stellar refs

12

System refs

1

Distancestable

12 values • 1 distinct

Parallaxstable

12 values • 1 distinct

Temperaturedisputed

5 values • 3 distinct

Massdisputed

5 values • 4 distinct

Radiusdisputed

4 values • 4 distinct

Agedisputed

2 values • 2 distinct

Luminositydisputed

4 values • 4 distinct

Surface Gravitydisputed

5 values • 3 distinct

Metallicitydisputed

4 values • 2 distinct

Spectral Typedisputed

4 values • 3 distinct

ST TEFFST MASSST RADST AGEST LUMST SPECTYPESY DISTStellar RefSystem Ref
—————G0/2 V38.96Michigan Catalog, Vol. 1TICv8
5901.41.071.18—0.18—38.96TICv8TICv8
—————G538.96Cannon & Pickering 1918TICv8
—————G1 V38.96Gray et al. 2006TICv8
5891—1.18—0.18—38.96Gaia DR2TICv8
59111.06——0.17—38.96Sousa et al. 2008TICv8
——————38.96Henry et al. 1996TICv8
——————38.96Nordstrom et al. 2004TICv8
59111.061.11———38.96Kane & Gelino 2014TICv8
59111.06—4.300.17G1 V38.96Lovis et al. 2011TICv8
——————38.96Valenti & Fischer 2005TICv8
—1.061.206.44——38.96Takeda et al. 2007TICv8