Hot Jupiter

GPTKB entity

Properties (60)
Predicate Object
gptkbp:instanceOf Exoplanet
gptkbp:canBe Tidal locking
gptkbp:canEstablish Cloud formation
Variable brightness
Temperature inversions
Thermal inversions
Atmospheric_escape
gptkbp:hasFacilities Similar_to_or_greater_than_Jupiter
gptkbp:hasGoals 3 to 5 days
Similar_to_or_larger_than_Jupiter
https://www.w3.org/2000/01/rdf-schema#label Hot Jupiter
gptkbp:isAssociatedWith Hot Jupiters category
gptkbp:isCharacterizedBy High surface temperatures
gptkbp:isConsidered A challenge for planet formation theories
A key to understanding planetary migration
A type of exoplanet
A unique class of exoplanets
gptkbp:isFoundIn Various star systems
Close proximity to their stars
gptkbp:isInfluencedBy Host star's gravity
gptkbp:isKnownFor Have diverse atmospheric compositions
Have high atmospheric pressure
Have high heat retention
Have varying densities
High temperatures due to proximity to host star
gptkbp:isLocatedIn Galaxy
gptkbp:isMaintainedBy Various telescopes
gptkbp:isOftenAccompaniedBy Space telescopes
gptkbp:isOftenMadeWith Other exoplanet types
Earth-like_planets
Gas_giants_in_our_Solar_System
gptkbp:isOftenUsedIn Binary star systems
Hot star systems
Transit surveys
gptkbp:isPartOf Astrobiology research
Exoplanet research
Planetary science research
Exoplanet classification system
Exoplanet databases
Exoplanet population studies
Hot_Jupiter_category
gptkbp:isProtectedBy Radial velocity method
Transit method
gptkbp:isStudiedIn Astrophysicists
Understanding planetary evolution
Understanding planetary atmospheres
Potential for hosting moons
Potential habitability of moons
Understanding atmospheric dynamics
Understanding star-planet interactions
gptkbp:isSubjectTo Extreme radiation from host star
Intense stellar winds
gptkbp:mayHave Magnetic fields
Clouds and storms in atmosphere
Different chemical compositions
Different orbital eccentricities
High levels of irradiation
Metal-rich atmospheres
Rapid rotation rates
Strong atmospheric winds