Exoplanet

Kepler-734 b

Orbiting Kepler-734

Overview

Kepler-734 b is an exoplanet orbiting the star Kepler-734, discovered in 2016 using the Transit method. It is a Mini-Neptune world.

Key Measurements

Radius

3.56

Earth radii

015 R⊕

Mass (est.)

13.19

Earth masses

0500 M⊕

Orbital Period

6.1

days

0.1d10,000d

Distance

1157.2

parsecs

Nearby10,000 pc

Radius (Earth radii)

3.56

Mass (Earth masses)

13.19

Estimated

Equilibrium Temperature

Unknown

Parameter source: Morton et al. 2016

Orbital Period

6.105+0.000−0.000days

Distance from Earth

1157.2 pc (~3774 ly)

Spectral Type

Unknown

Temperature

5326 K

Mass (Solar)

0.85 M☉

Radius (Solar)

0.78 R☉

Luminosity

Unknown

Planets in System

1

Stars in System

1

Coordinates (RA, Dec)

297.0456°, 46.0274°

Discovery Method

Transit

Discovery Year

2016

Data Sources
NASA Exoplanet Archive

Source ID: Kepler-734 b

System Context

Kepler-734 b orbits Kepler-734 and was reported in 2016 and was detected with the Transit method.

Published measurements list a radius of 3.56 Earth radii, a mass of 13.19 Earth masses (estimated), and an orbital period of 6.1 days.

Catalog data places the system at about 1,157.2 parsecs from Earth and 1 known planet in the system.

Host star

Explore the stellar record for this system to compare temperature, spectral type, and known planets.

Open Kepler-734
Kepler-734 b