Team Astronomers have found what appears to be around the previously unveiled moon Uranus. If confirmed, this discovery means that the blue green blue ice will have 29 moons. The discovery was made using James Web telescope for space (JWST), expanding the tool’s achievements list and increasing expectations that other new discoveries can be made within the solar system.
With the infrared JWST camera, the researchers received ten 40 minutes from Uranus and discovered a mysterious small point that accompanies the satellites of other ice giants. With the collection of preliminary information, researchers estimate that it is a group with a diameter of about 10 km, located 56,000 km from the center of the planet.
This new satellite is part of the 13 -satellite Uranus collection, which is characterized by its irregular shapes and low brightness. It revolves around the outer edge of the planet’s main episode system, along with other nearby satellites like Mab, Cordelia and Ophelia.
Currently, the object has the name S/2025 U1. To confirm its position as a natural industrial moon, the team plans to make more notes; If his position is confirmed as a moon, it will be given an official name. Traditionally, Uranus satellites were named after the works of William Shakespeare or Alexander Bob – such as Francisco, Stefano, Miranda, Ternolo, Ariel, etc. Any new name for it or any other newly discovered satellite must be approved by the International Astronomical Union.
William Hershel discovered the first moons of two Uranus in 1787 – Titania and Operon – six years after the planet was identified. Dozens of others have been found since then. The last time the observatory discovered an official satellite in 2003, when Margaret was found using the Hubble telescope. Along with the S/2025 U1, there is another moon whose name was not revealed pending confirmation, S/2023 U1, which was discovered two years ago. In total, the scientific community has identified 29 satellites (including these two confirmation awaiting).
The discovery of S/2025 U1 is a new step in monitoring the solar system. The Hubble Telescope or the Voyageer 2 probe, which flew by Uranus in 1986, could not find this moon; The fact that JWST was able to discover it indicates that there is still more complexity that must be discovered in the Uranus episode system, and thanks to this new tool, you can follow more discoveries.
“We are looking forward,” said Maryami El Motamide, the leader of the team who conducted the study in Asma. NASA statement. “Now, nearly four decades, the James Web telescope pays this limits to further.”
This story was originally appeared on EN Español wireless It was translated from Spanish.
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