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ExoplanetDetail

WASP-131 b

Host star WASP-131 • 13.74 R⊕ • 5.32 d orbit

Records

6

archive rows

Discovery

2016

Transit

Radius

13.74 R⊕

default parameter set

Mass

86.77 M⊕

default parameter set

WASP-131

temperature unconstrained

Canonical Summary

Adopted planet values from the default parameter set

Values come from the archive's default parameter set. Missing values stay missing. Ranges and counts describe all source rows.

Selected source: Doyle et al. 2023

Host Star

WASP-131

Stable across source rows

WASP-131

Discovery Method

Transit

Consistent across records

Transit (6)

Discovery Year

2016

Stable across source rows

2016

Orbital Period

5.32 day

5.32 to 5.32

6 values • 5 distinct

Semi-Major Axis

0.06 au

0.06 to 0.06

2 values • 2 distinct

Radius

13.74 Rearth

13.67 to 17.10

3 values • 3 distinct

Mass

86.77 Mearth

85.81 to 86.77

2 values • 2 distinct

Density

0.20 g/cm**3

0.20 to 0.20

2 values • 2 distinct

Scale Comparison

Radius against familiar reference worlds

Current adopted radius: 13.74 R⊕ • circles scaled linearly by radius

Earth

1.0 R⊕ baseline

WASP-131 b

13.74 R⊕

Jupiter

11.2 R⊕ reference

Provenance

Underlying measurements and references

Evidence Summary

Rows

6

Refs

6

Methods

1

Discoverystable

6 values • 1 distinct

Facilitystable

6 values • 1 distinct

Periodstable

6 values • 1 distinct

Radiusdisputed

3 values • 3 distinct

Massdisputed

2 values • 2 distinct

Eq. Tempdisputed

2 values • 2 distinct

YearMethodFacilityTelescopePeriodRadiusMassEq. TempReference
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day17.10 Rearth—1432.6 KExoFOP
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day———Ivshina & Winn 2022
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day13.74 Rearth86.77 Mearth—Doyle et al. 2023
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day13.67 Rearth85.81 Mearth1460 KHellier et al. 2017
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day———Patel & Espinoza 2022
2016TransitSuperWASP-SouthCanon 200mm f/1.8L5.32 day———Kokori et al. 2023