A newly found space rock almost broke a speed record.<\/p>\n
The asteroid<\/a>, called 2025 SC79, has a pathway within the orbit of Venus that zips around the sun<\/a> in only 128 days, making it the second-fastest unique asteroid orbit in the solar system, according to a statement<\/a> from Carnegie Science. 2025 SC79 is also a pretty big asteroid: roughly 0.4 miles (700 meters) long, or roughly the length of a skyscraper.<\/p>\n <\/p>\n Carnegie astronomer Scott Sheppard, a noted discoverer<\/a> of small moons around Jupiter<\/a>, Saturn, Uranus and Neptune, spotted the asteroid on Sept. 27 hiding in the sun’s glare. While 2025 SC79 will make no close approaches to Earth for the foreseeable future<\/a>, finding hidden asteroids is essential for protecting our planet, Sheppard emphasized in the statement. “The most dangerous asteroids are the most difficult to detect,” Sheppard said. “Most asteroid research finds these objects in the dark of night, where they are easiest to spot. But asteroids that lurk near the sun can only be observed during twilight\u2014when the sun is just about to rise or set. If these ‘twilight’ asteroids approach Earth<\/a>, they could pose serious impact hazards.”<\/p>\n You may like<\/p>\n Sheppard and his team also previously found the fastest-known asteroid<\/a>, 2021 PH27, which circles the sun in only 113 days \u2014 less than a third of a year on Earth. His research into twilight asteroids, which includes financial support from NASA<\/a>, uses the Dark Energy Camera<\/a> at the National Science Foundation’s (NSF) V\u00edctor M. Blanco 4-meter telescope in Chile.<\/p>\n The new asteroid was confirmed by NSF’s Gemini Observatory (which has locations in Hawaii and Chile) as well as Carnegie Science’s twin Magellan Telescopes in Chile. News of 2025 SC79’s discovery was brought to the astronomy community Oct. 15 in a circular<\/a> from the Minor Planet Center, a branch of the International Astronomical Union that shares information on small, natural bodies in space.<\/p>\n Follow-up observations of 2025 SC79 will need to wait several months as it is now behind the sun, from Earth’s perspective. “Future research of this object will reveal details about its composition\u2014and how it survives the intense heat of its proximity to the Sun\u2014as well as its possible origin,” Carnegie officials stated.<\/p>\n Sheppard added following up observations of this type of asteroid has a lot of merit, because it helps astronomers understand how perturbations in small-body orbits, caused by gravity of other objects like planets, can make the pathway veer over the eons. “Understanding how they [asteroids] arrived at these locations can help us protect our planet, and also help us learn more about solar system history.”<\/p>\n Astronomers keep close watch on asteroids in the sky, including “potentially hazardous”<\/a> asteroids that in the statistical sense, are deemed a little more worrisome. After decades of careful searching, however, no imminent threats to our planet have been found.<\/p>\n