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Stellar HostProfile

Kepler-1814

Unclassified star • 726.3 pc

Records

16

literature rows

Planets

2

system count

References

12

distinct source labels

TIC: TIC 399821831

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: Fulton & Petigura 2018 • System source: TICv8

Temperature

4958 K

4749 to 4958

14 values • 4 distinct

Mass

0.82 Msun

0.77 to 0.85

12 values • 4 distinct

Radius

0.75 Rsun

0.75 to 0.87

14 values • 6 distinct

Age

2.82 Gyr

single adopted value

1 values • 1 distinct

Distance

726.3 pc

single adopted value

16 values • 1 distinct

Planets

2

Stable across source rows

2

Scale Comparison

Radius against the Sun

Current adopted radius: 0.75 R☉ • circles scaled linearly by radius

Sun

1.0 R☉ baseline

Kepler-1814

0.75 R☉

System Layout

Known planets

2 planets linked to this host

Discovery

2021

Period

2.94 days

Radius

2.37 R⊕

Mass

Eq. Temp

Discovery

2023

Period

0.63 days

Radius

1.76 R⊕

Mass

Eq. Temp

1711 K

Kepler-1814 and Its Two Super-Earths

Kepler-1814 is a star 2370 light-years away with a mass of 0.825 solar masses, a radius of 0.754 solar radii, and a temperature of 4960 K. Its reported mass and radius estimates are smaller than the Sun's, and its reported temperature is cooler than the Sun's. The star is 2.82 billion years old. Two planets orbit this host.

Both Kepler-1814 b and Kepler-1814 c are Super-Earths, a size class reaching 2.5 times Earth's radius. Kepler-1814 b has a radius of 2.37 Earth radii and an orbital period of 2.94 days; among the listed planets it has the largest radius and the longest year. Kepler-1814 c has a radius of 1.76 Earth radii and an orbital period of 0.626 days; among the listed planets it has the smallest radius and the shortest year. Each planet's radius estimate is larger than Earth's. Both planets were detected by the transit method, Kepler-1814 b in 2021 and Kepler-1814 c in 2023, in which a planet passes in front of its star from our viewpoint, causing a small dip in observed brightness.

Provenance

Underlying measurements and references

Evidence Summary

Rows

16

Stellar refs

11

System refs

1

Distancestable

16 values • 1 distinct

Parallaxstable

16 values • 1 distinct

Temperaturedisputed

14 values • 4 distinct

Massdisputed

12 values • 4 distinct

Radiusdisputed

14 values • 6 distinct

Agestable

1 values • 1 distinct

Luminositystable

1 values • 1 distinct

Surface Gravitydisputed

13 values • 4 distinct

Metallicitydisputed

10 values • 3 distinct

ST TEFFST MASSST RADST AGEST LUMST SPECTYPESY DISTStellar RefSystem Ref
49220.790.82726.3Q1-Q17 DR25 KOI TableTICv8
49220.790.82726.3Q1-Q17 DR24 KOI TableTICv8
726.3Q1-Q17 DR25 Supplemental KOI TableTICv8
49220.790.82726.3Q1-Q12 KOI TableTICv8
49220.790.82726.3Q1-Q17 DR25 KOI TableTICv8
47490.76726.3Q1-Q6 KOI TableTICv8
49220.790.82726.3Q1-Q17 DR24 KOI TableTICv8
726.3Q1-Q17 DR25 Supplemental KOI TableTICv8
49220.790.82726.3Q1-Q12 KOI TableTICv8
47490.770.76726.3Batalha et al. 2013TICv8
47610.770.82-0.51726.3TICv8TICv8
47490.850.87726.3Q1-Q8 KOI TableTICv8
49220.790.82726.3Q1-Q16 KOI TableTICv8
49580.820.752.82726.3Fulton & Petigura 2018TICv8
47490.87726.3Latham et al. 2005TICv8
49220.790.82726.3Q1-Q16 KOI TableTICv8