Since the demotion of Pluto to dwarf planet, there's been a ninth-planet-shaped hole in the hearts of many Earthlings. How will we remember what My Very Excellent Mother Just Served Us now?
Well, if we're lucky, we may soon be able to fill that gap. For some time now, scientists have wondered if a regular planet—not a dwarf planet—could explain some of the clustering of objects in the Kuiper Belt that starts at Neptune and extends outward from our Solar System. (Pluto is considered a Kuiper Belt object.) This hypothetical Planet 9 has never been directly observed and remains theoretical, but in new research uploaded to the preprint site arXiV, scientists share a very educated guess about the location of the long-theorized celestial body. (This study is not yet peer reviewed, but it follows a presentation from a 2024 conference and is listed as "Accepted for publication in Publications of the Astronomical Society of Australia (PASA).") |
Since the demotion of Pluto to dwarf planet, there's been a ninth-planet-shaped hole in the hearts of many Earthlings. How will we remember what My Very Excellent Mother Just Served Us now?
Well, if we're lucky, we may soon be able to fill that gap. For some time now, scientists have wondered if a regular planet—not a dwarf planet—could explain some of the clustering of objects in the Kuiper Belt that starts at Neptune and extends outward from our Solar System. (Pluto is considered a Kuiper Belt object.) This hypothetical Planet 9 has never been directly observed and remains theoretical, but in new research uploaded to the preprint site arXiV, scientists share a very educated guess about the location of the long-theorized celestial body. (This study is not yet peer reviewed, but it follows a presentation from a 2024 conference and is listed as "Accepted for publication in Publications of the Astronomical Society of Australia (PASA).") |
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