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Pasiphae group

Discover a family of tiny, rocky worlds tumbling around a giant planet far, far away!

Images

Pasiphae group

Pasiphae group

wikipedia
TheIrregulars JUPITER Pasiphae CORE i mk
TheIrregulars JUPITER Pasiphae CORE i pt
TheIrregulars JUPITER Pasiphae i pt
Jupiter moons e vs i unlabeled
TheIrregulars JUPITER Pasiphae CORE i
TheIrregulars JUPITER Pasiphae i
TheIrregulars JUPITER Pasiphae CORE
TheIrregulars JUPITER Pasiphae
TheIrregulars JUPITER Pasiphae i mk
File:Pompeii- Domus Vettiorum, Painted Room, No. 11197 (SM stf1162).png
Jupiter moons e vs i

Key Facts

Type of Space Object
Irregular moons of Jupiter.
Parent Planet
Jupiter, the largest planet in our solar system.
Orbit Direction
Retrograde (they orbit backwards compared to most other moons).
Fun Fact
These moons are named after characters from Greek mythology who were related to Zeus (Jupiter's Greek name).

Meet the Speedy Space Rock Family!

Imagine a big family of tiny rocks, all zooming around a giant planet in space! That's kind of like the Pasiphae group. These aren't planets like Earth, but small, lumpy moons. They are like little pebbles compared to the giant planet they orbit. They are all friends who travel together on a long, long journey around their giant planet.

Where Did These Space Pebbles Come From?

Scientists think these little moons weren't always part of the big planet's family. They might have been lonely asteroids or comets floating in space. Then, the giant planet's strong gravity pulled them in, like a super-strong magnet! They got caught and now they circle around it, becoming its newest members.

What Makes Them Special?

The most amazing thing about the Pasiphae group is how they travel! They don't go in a nice, neat circle like many other moons. Instead, they have a long, stretched-out path, and they even travel backwards compared to most other moons around that planet! It's like they're doing a special dance in space.

Why We Love These Space Travelers!

Even though they are small and far away, studying these moons helps us learn more about how our solar system was made. They are like clues from a long time ago! By looking at them, scientists can figure out how giant planets capture moons and how everything in space got to be where it is today.

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