- NASA has discovered an asteroid named 2023 FW13 that has been orbiting Earth and acting as a quasi-moon, making it the most stable quasi-satellite of Earth ever discovered.
- Another asteroid, 2023 KT1, which belongs to the Apollo group of Near-Earth Asteroids and will make its closest approach to Earth on May 30, has been revealed by NASA.
- The process of assigning a provisional designation to an asteroid begins when a single observer detects it on two consecutive nights and sends their findings to the Minor Planet Centre of the International Astronomical Union (IAU).
NASA scientists have been closely monitoring an Apollo asteroid that is set to pass by Earth today. Using advanced technology, they have been able to gather important data about the asteroid, including its speed and size.
The asteroid, known as 2021 GV1, will be passing within 1.9 million miles of Earth, which is considered a relatively close approach in astronomical terms. Despite its proximity, however, there is no danger of the asteroid colliding with our planet.
According to NASA, 2021 GV1 is estimated to be approximately 220 meters in diameter, which is about the length of two American football fields. The asteroid is also estimated to be moving at a speed of around 30,700 miles per hour, or roughly 12 times the speed of a bullet fired from a gun.
NASA’s advanced technology has allowed scientists to gather this information and more about the approaching asteroid, allowing them to gain a better understanding of the nature and behavior of these cosmic objects. This data will be used to inform future efforts to track and study asteroids, which could provide important insights into the formation and evolution of our solar system.
While the passing of 2021 GV1 may not pose a threat to Earth, it serves as a reminder of the importance of continued vigilance in monitoring the skies for potentially hazardous asteroids. With advanced technology and thoughtful planning, we can better understand and prepare for any potential dangers posed by these celestial bodies.