In a groundbreaking discovery, an international team of astronomers, led by Ying-Tung Chen of the Academia Sinica Institute of Astronomy and Astrophysics (ASIAA), has identified a mysterious object that could potentially rewrite the history of the solar system. The object, dubbed Ammonite, or 2023 KQ14, has a unique orbit that challenges current understanding of the solar system's outer reaches.
According to Earth. com, a reliable source for this article, the object's path does not align with the three known sednoids, a group of distant, icy bodies. This mismatch has significant implications, as it puts pressure on theories about a hidden outer planet and forces models of the early solar system to undergo rigorous testing.
The team's analysis reveals that Ammonite's orbit is remarkably stable, with a perihelion of 66 astronomical units and a semi-major axis of 252 astronomical units. To put this into perspective, an astronomical unit is the average distance between the Earth and the sun, approximately 93 million miles. These numbers indicate that 2023 KQ14's orbit ___ stable over billions of years, suggesting that if a distant planet exists, its present-day orbit likely lies farther out, near 500 astronomical units.
As noted by Earth.
Its path does not line up with the three sednoids we already knew. That mismatch matters because it pressures ideas about a hidden outer planet and ...More takeaways: Visit website
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