Many celestial objects travel within our solar system, and sometimes they can pose a significant threat to Earth and the Moon. This is the case with asteroid 2024 YR4, which could impact our natural satellite. In response, NASA wants to destroy it with a nuclear charge before it hits its target.
Although this scenario seems straight out of a science fiction movie, it’s important to note that the risk of impact is quite low, currently estimated at only 4%. But, if this event occurs, numerous projectiles could head toward Earth, with the risk of damaging orbiting satellites.
As a result, teams at the Goddard Space Flight Center, JPL, Johns Hopkins, and National Laboratories have decided to study various scenarios that would prevent this from happening. And due to uncertainties about the size and the mass of 2024 YR4, they are considering two solutions, one of which involves the use of nuclear charge.
Thus, using this method, a device with a one-megaton payload could fragment this celestial object, scattering the rocks in several directions and limiting impacts with the Moon or Earth.
Furthermore, according to calculations by engineers based on estimates from the James Webb Telescope, this technology should be operational between 2029 and 2031, one year before the potential impact of 2024 YR4 with the Moon.
However, it should be noted that the estimated impact is 4% and the risk of this asteroid hitting the Moon is low. Not to mention that its trajectory is being monitored to avoid any danger.
I’ve been working in the field of web writing for several years, and I’m passionate about keeping readers up to date with the latest news on astronomy, technology, the world of video games and other exciting subjects. In particular, I’ve had the opportunity to work on a number of websites, which has enabled me to cover a wide range of subjects. In my personal life, I’m passionate about a wide range of subjects, including astronomy, video games, history and science. I’m also drawn to psychology, which is a subject that deserves greater documentation and recognition.