Linked from

The 37 pages that link to Jupiter, each with the reason it gives.

• NeptuneCompared with: Unlike Neptune, Jupiter is dominated by hydrogen and helium rather than a larger proportion of planetary ices.

• Escape velocityBroader topic: Its strong gravity produces a far greater escape speed than Earth's.

• Solar SystemBroader topic: Its gravity strongly influences the orbits of small bodies across the system.

• Asteroid beltRelated: Its gravity strongly shapes asteroid belt orbits and gaps.

• Hot JupiterCompared with: Jupiter provides the familiar gas-giant comparison, but its distant orbit keeps it much cooler.

• PlanetBroader topic: Jupiter demonstrates the scale and composition of giant planets.

• Voyager 2Related: Voyager 2’s 1979 flyby revealed details of Jupiter’s atmosphere, rings, and moons.

• Differential rotationRelated: Its visible cloud bands move at different speeds across latitude.

• Nice modelBroader topic: Jupiter’s interaction with Saturn and the planetesimal disk influences the system’s orbital evolution.

• Voyager programRelated: Voyager revealed volcanic activity on Io and detailed Jupiter’s rings and atmosphere.

• Oort cloudBroader topic: Jupiter's strong gravity helped eject or redirect early icy bodies during cloud formation.

• UranusCompared with: Jupiter's immense size and rapid rotation contrast with Uranus's ice-rich interior and extreme axial tilt.

• Galilean moonsNarrower topic: Its gravity dominates the moons’ orbits and drives their tidal interactions.

• Core accretionBroader topic: Its heavy-element enrichment and inferred interior probe how a giant planet's core formed.

• Europa ClipperRelated: Europa Clipper loops around Jupiter to make repeated close passes by Europa.

• Grand Tack hypothesisBroader topic: Its inward-then-outward path gives the hypothesis its name and central mechanism.

• Gas giantBroader topic: It is the Solar System’s largest example, with a deep atmosphere and likely metallic-hydrogen interior.

• Kirkwood gapRelated: Its gravity drives the resonances that clear many Kirkwood gaps.

• 51 Pegasi bCompared with: 51 Pegasi b is broadly Jupiter-like in mass but orbits vastly closer to its star.

• Angular diameterRelated: Its changing angular diameter shows that apparent width depends on distance as well as physical size.

• Jupiter's magnetosphereNarrower topic: The planet's interior field and rapid spin supply the system's central magnetic engine.

• Laplace resonanceRelated: Its gravity governs the orbits whose periods are locked in the resonance.

• Comet Shoemaker–Levy 9Related: Jupiter captured the comet, tore it apart, and absorbed its fragments.

• Metallic hydrogenBroader topic: Jupiter’s interior is thought to contain electrically conducting fluid hydrogen.

• Rings of JupiterNarrower topic: Its gravity and magnetosphere govern the ring system’s environment.

• Didier QuelozCompared with: Unlike Jupiter, 51 Pegasi b completes an orbit in only a few days.

• Kelvin–Helmholtz mechanismBroader topic: Slow contraction contributes to Jupiter's excess internal luminosity.

• Pioneer 11Broader topic: Pioneer 11’s 1974 flyby used Jupiter as both a scientific target and a route to Saturn.

• Great Dark SpotRelated: Jupiter’s Great Red Spot provides the best-known comparison for Neptune’s short-lived storm.

• Jupiter massRelated: Its mass supplies the reference quantity represented by one Jupiter mass.

• WISE 0855−0714Compared with: WISE 0855−0714 can have temperatures comparable to Jupiter while remaining a far more massive, unbound object.

• Equatorial bulgeBroader topic: Its rapid rotation gives it one of the Solar System's most pronounced planetary bulges.

• Giant planetBroader topic: Jupiter is the archetypal giant planet and the most massive member of the class in the Solar System.

• Formation and evolution of the Solar SystemBroader topic: Its growth and migration strongly shaped the distribution of smaller bodies.

• HD 189733 bCompared with: Its distant, cooler orbit contrasts with the intense stellar heating of this hot Jupiter.

• Immanuel VelikovskyRelated: His account made Jupiter the source of the matter that became Venus.

• Solid hydrogenRelated: Models of Jupiter’s deep interior depend on hydrogen’s behavior under extreme pressure.