Gliese 1283 b

GPTKB entity

Statements (48)
Predicate Object
gptkbp:instance_of gptkb:exoplanet
gptkbp:atmosphere potentially habitable atmosphere
possible atmosphere detected
gptkbp:average_temperature approximately 300 K
gptkbp:composed_by rocky planet
gptkbp:contains_star gptkb:M_dwarf_star
M-type star
gptkbp:country super-Earth
formed in the protoplanetary disk
Gliese 1283 system
gptkbp:discovered_by gptkb:NASA
gptkbp:discovery transit method
TESS team
observed transits of the planet
gptkbp:discovery_year gptkb:2019
December 2019
gptkbp:distance_from_earth approximately 49 light years
gptkbp:eccentricity 0.1
gptkbp:future_prospects high potential for life
gptkbp:has_luminosity approximately 5 billion years
gptkbp:has_radius 1.5 Earth radii
gptkbp:hosts gptkb:Gliese_1283
https://www.w3.org/2000/01/rdf-schema#label Gliese 1283 b
gptkbp:investment similar to Earth
gptkbp:is_explored_in target for future exploration missions
gptkbp:mass 0.5 solar radii
0.5 solar masses
1.5 Earth radii
49 light years from Earth
2.1 Earth masses
gptkbp:orbital_altitude nearly circular orbit
0.18 AU from host star
gptkbp:orbital_inclination 89 degrees
gptkbp:orbital_period not in resonance
26.7 days
close to the habitable zone
gptkbp:potential_for_habitability high potential for habitability
gptkbp:power_source high potential for liquid water
gptkbp:public_interest growing public interest in exoplanets.
gptkbp:publication multiple research papers published
gptkbp:research transit photometry
data collected by TESS
gptkbp:research_interest high scientific interest due to potential habitability
gptkbp:rotation_period not well defined
gptkbp:semi_major_axis 0.18 AU
gptkbp:surface 1.5 g
gptkbp:weather_conditions potentially suitable for life
gptkbp:year gptkb:2018