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Beyond Neptune sits one of the stranger dwarf planets, Haumea. This icy rock receives its flattened dinosaur egg shape from its lightning-fast rotation—a day only lasts four hours there.
Dwarf planet Haumea reaches both opposition and perigee on April 20, making this a prime opportunity to see the dwarf planet in the night sky. Skip to main content. Open menu Close menu ...
An artist's illustration showing dwarf planet Haumea with its newly discovered ring. IAA-CSIC/UHU The family of ringed bodies in the solar system has a new member: Haumea. The dwarf planet with an ...
With the help of computer simulations, this dwarf planet's history may reveal clues about icy worlds in the solar system. ... Meet Haumea, a peculiar icy dwarf planet in Kuiper Belt.
Haumea is a dwarf planet that orbits the sun far beyond Neptune. It is about the same size as Pluto and has two moons. One of its notable characteristics is how fast it spins on its axis. Just ...
Discovered in 2004, Haumea is an icy, egg-shaped dwarf planet about which not much is known because it's so far away – up to 50 times further from the Sun than Earth is.
In terms of sheer weirdness, few objects in the solar system can compete with the dwarf planet Haumea. It has a strange shape, unusual brightness, two moons, and a wild rotation. Its unique ...
The more accurate measurements of Haumea enabled the astronomers to calculate many of the dwarf planet's other properties. Factoring in the rotation gave them its 3D shape and volume.
The dwarf planet Haumea has a similar history, as it is joined in its orbit by two satellites that are thought to have been created by impacts with it in the past. During these impacts, parts of ...
When Haumea passed in front of a star called URAT1 533-182543 on January 21 of this year, scientists were able to view the dwarf planet with 12 telescopes from ten different labs.
Haumea can do the hula-hoop. The egg-shaped dwarf planet is the first object beyond Neptune to be spotted sporting a ring of particles. “It now appears that rings can be common in the outer ...