Eukelade is one of Jupiter's irregular moons, part of the Ananke group. Discovered in 2003 by a team led by Scott S. Sheppard, it's a relatively small moon with a sizeable inclination and distance from Jupiter. Like its companions in the Ananke group, Eukelade follows a retrograde orbit, moving in the opposite direction of Jupiter's rotation.
Named after one of the mythological Ananke's daughters, Eukelade adds to the intriguing diversity of Jupiter's moon system. These irregular moons are thought to be remnants of captured objects from the early solar system, giving them their unique characteristics and orbits.
Eukelade's small size and remote location make it less studied than some of Jupiter's larger moons, but its presence adds to the fascinating tapestry of celestial bodies orbiting the gas giant. As of my last update in September 2021, no dedicated missions had been sent to study Eukelade specifically. However, ongoing astronomical observations and future exploration missions may reveal more about this intriguing moon and its place in the Jovian system.
Here are the key points about Eukelade:
Discovery: Eukelade was discovered in 2003 by a team of astronomers led by Scott S. Sheppard.
Classification: Eukelade is classified as one of Jupiter's irregular moons and is a member of the Ananke group, which consists of small moons that orbit Jupiter in retrograde orbits.
Size: Eukelade is relatively small compared to Jupiter's larger moons, with an irregular shape.
Orbit: Eukelade follows a retrograde orbit around Jupiter, meaning it orbits the planet in the opposite direction of Jupiter's rotation.
Name Origin: Eukelade is named after a figure from Greek mythology, specifically one of the daughters of Ananke, a primordial goddess of necessity and fate.
Characteristics: Eukelade, like other moons in the Ananke group, is believed to be composed of a mixture of rock and ice.
Exploration: As of my last knowledge update in September 2021, there haven't been any dedicated space missions to study Eukelade specifically. Most of the information about this moon and others in its group comes from observations made by telescopes and spacecraft like the Galileo orbiter.
Origin: Irregular moons like Eukelade are thought to be remnants of captured objects from the early solar system, contributing to the diversity of Jupiter's moon system.
Location: Eukelade orbits Jupiter at a significant distance from the planet, with an inclined orbit relative to Jupiter's equator.
Research: Ongoing astronomical observations and potential future exploration missions may provide further insights into the characteristics and origins of Eukelade and its place within Jupiter's moon system.
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