WASP-107b

GPTKB entity

Properties (51)
Predicate Object
gptkbp:instanceOf exoplanet
gptkbp:annualVisitors low
gptkbp:atmosphere high atmospheric pressure
hydrogen-helium atmosphere
possible atmospheric escape
possible presence of clouds
hydrogen-rich atmosphere
ongoing atmospheric studies
gptkbp:classification K-type star
gptkbp:climate extreme weather conditions
approximately 800 K
gptkbp:component WASP-107 system
gptkbp:diameter 1.5 Jupiter radii
gptkbp:established WASP (Wide Angle Search for Planets)
gptkbp:firstClaim not habitable
gptkbp:formed formed in protoplanetary disk
gptkbp:geologicalFeatures supports planetary formation theories
gptkbp:hasMajorCity 0.055_AU
gptkbp:hasRecognition 12.5
gptkbp:hasTheme high mass loss rate
https://www.w3.org/2000/01/rdf-schema#label WASP-107b
gptkbp:internationalClassification studied using spectroscopy
gptkbp:length approximately 200 light years
gptkbp:lighting light curve analysis used
gptkbp:migration likely migrated inward
gptkbp:mission gas giant
contains other planets
low planetary mass
gptkbp:notableGuestStars gptkb:WASP-107
gptkbp:officialResidence difficult to observe directly
obtained from space telescopes
requires advanced observational techniques
gptkbp:orbitalInclination 0.0
5.7 days
88.5 degrees
not in resonance
simple orbital dynamics
part of exoplanet discovery efforts
gptkbp:releaseYear gptkb:La_Silla_Observatory
2017
transit method
gptkbp:researchInterest high research interest
gptkbp:scientificName important for understanding exoplanets
gptkbp:sleepingHabits significant temperature difference
gptkbp:surface lower_than_Jupiter
gptkbp:transmission measurable transit depth
gptkbp:type gptkb:hot_Jupiter
gptkbp:vision Milky Way
affected by stellar activity
influenced by stellar wind
gptkbp:weight 0.19 Jupiter masses