In 2022, Nasa Crashed a Spacecraft Into an Asteroid at 14,000 Mph and Changed Its Orbit by 32 Minutes

AI will not pilot future spacecraft like a human captain; its practical role is narrower and more important, choosing routes, spotting hazards and keeping missions working when Earth is minutes or hours away

AI is likely to become important to future space travel for a fairly unglamorous reason: Earth is too far away to make every decision in time. A spacecraft near Mars may wait minutes for a radio command. At the outer planets, the delay stretches into hours. A vehicle approaching an asteroid, descending towards unfamiliar ground or responding to a failing component may need to act before a human team can see the problem, discuss it and send an an…

In 2022, Nasa crashed a spacecraft into an asteroid at 14,000 mph and changed its orbit by 32 minutes

Nasa's DART mission achieved a remarkable feat by changing the orbital path of an asteroid. The spacecraft made a high-speed impact on Dimorphos, a small moonlet, resulting in a 32-minute reduction of its orbit, surpassing initial objectives. This success underscores humanity's growing potential in planetary defense. Upcoming missions aim to delve deeper into the impact's implications and the characteristics of asteroids.

China’s ‘real’ mission to save Earth

China is embarking on a more ambitious and more realistic campaign to save the planet from asteroids than NASA’s recent[...]