Linked from

The 33 pages that link to Neptune, each with the reason it gives.

• Orbital resonanceRelated: Neptune's migration helped capture many Kuiper belt objects into resonances.

• JupiterCompared with: Neptune belongs to a different giant-planet class and occupies the distant outer Solar System.

• Kuiper beltRelated: Its orbit marks the inner boundary of the Kuiper belt and shapes many objects within it.

• PlanetBroader topic: Neptune represents the distant ice-giant class of Solar System planets.

• Voyager 2Related: Voyager 2’s 1989 flyby is the only close study of Neptune by a spacecraft.

• Voyager programRelated: Voyager 2’s 1989 flyby provided the planet’s only close-up exploration.

• UranusCompared with: Neptune resembles Uranus in size and composition but emits substantially more internal heat.

• Mean-motion resonanceRelated: Its outward migration captured Pluto and other bodies into mean-motion resonances.

• Trans-Neptunian objectRelated: Its orbit sets the boundary used to define trans-Neptunian objects.

• Paris ObservatoryBroader topic: Le Verrier’s prediction from the observatory prompted Johann Galle’s discovery of the planet.

• Planet NineCompared with: Neptune’s gravity explains many trans-Neptunian orbits, setting a baseline against which an additional planet is tested.

• Auxiliary hypothesisBroader topic: Its predicted position tested Newtonian gravitation together with assumptions about the planets' masses and orbits.

• Duhem–Quine thesisBroader topic: Its prediction and observation illustrate how auxiliary assumptions can be adjusted successfully around a theory.

• Gerard KuiperRelated: Kuiper discovered Nereid, then the second known moon of Neptune.

• NeptuniumRelated: Neptunium was named after Neptune, following uranium’s naming after Uranus.

• Urbain Le VerrierBroader topic: The planet whose existence and approximate position Le Verrier predicted.

• Ad hoc hypothesisCompared with: The unseen planet explained Uranus’s anomalies and gained independent observational confirmation, unlike a bare protective patch.

• Justin TimberlakeRelated: Their work on Justified helped shape Timberlake’s early solo sound.

• Pharrell WilliamsBroader topic: This project is the central setting for Williams’s work as a producer.

• Rings of NeptuneNarrower topic: Its gravity governs the orbits and structure of every ring in the system.

• Scattered discRelated: Close gravitational encounters with Neptune scattered objects onto the orbits that define this region.

• Great Dark SpotNarrower topic: The storm formed in Neptune’s atmosphere, where fast winds and changing cloud layers shape its behavior.

• Simon NewcombBroader topic: Newcomb studied its motion and used planetary observations to refine the solar system’s scale.

• Titius–Bode lawCompared with: Its orbit does not fit the sequence, weakening claims that the rule governs every planet.

• Giant planetBroader topic: Neptune provides a contrasting example of an ice giant with strong internal heat and active weather.

• Johann Gottfried GalleBroader topic: Galle observed Neptune near the position Le Verrier had calculated.

• OutkastCompared with: Their production offered another prominent route from hip-hop into eclectic pop.

• 55 Cancri eCompared with: 55 Cancri e is far smaller than Neptune, despite overlapping the planet's broad mass regime.

• Discovery and exploration of the Solar SystemBroader topic: Its position was predicted from irregularities in Uranus's orbit before telescopic confirmation.

• HD 189733 bCompared with: Neptune’s blue color has a different dominant explanation from the scattering associated with HD 189733 b.

• Jane LuuRelated: The newly identified population lies beyond Neptune, whose orbit marks its inner boundary.

• K2-18bCompared with: K2-18b is smaller than Neptune, but its atmospheric structure may share some Neptune-like features.

• SednoidRelated: Sednoids approach the Sun no closer than roughly 50 AU, far beyond Neptune’s orbit.