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The "potentially hazardous" asteroid 2025 FA22 will fly close past Earth at more than 24,000 mph on Thursday (Sept. 18). The ...
NASA's DART mission proved we are able to change an asteroid's path by smashing a spacecraft into it, but exactly where we ...
Live Science on MSN
'Potentially hazardous' asteroid Ryugu once had 'flowing water' inside it, surprising study claims
A new analysis of asteroid Ryugu hints that the "potentially hazardous" space rock once had flowing water in its core, ...
Space.com on MSN
2 billion people will be able to see 'God of Chaos' asteroid Apophis when it buzzes Earth in April 2029
"This is four times more people than saw Neil Armstrong walk on the moon. Think about what a world event this is going to be." ...
New research warns that if we don't hit an asteroid in exactly the right spot, it could end up on a collision course with ...
But over the summer, 3I/ATLAS, has plunged toward the inner solar system—and the fireworks show has begun in earnest. When ...
Asteroid 2025 FA22, significantly larger than Delhi's Qutub Minar, will make a close approach to Earth on September 18, 2025.
The research team at the University of Tokyo recently announced that based on the analysis of samples brought back from the Ryugu asteroid by the Hayabusa2 probe, they found that this near-Earth ...
An asteroid the size of a skyscraper is approaching Earth at a sprightly 24,136 miles per hour—and will be at its closest to us in two days' time. The space rock—dubbed "2025 FA22"—is a sizeable 520 ...
Space.com on MSN
Interstellar visitors like comet 3I/ATLAS are the most common objects in the Milky Way: 'There's almost always one within the solar system'
3I/ATLAS, an interstellar object currently zipping through the solar system, is capturing the attention of astronomers, the public and even most of our deep space assets. Its hyperbolic orbit tells us ...
China is planning to send a mission to hit an asteroid and change its orbit with a spacecraft to lower the risk of it ...
New Scientist on MSN
Asteroid Ryugu once had liquid water flowing through it
Samples retrieved from asteroid Ryugu indicate that it once had flowing water in far greater volumes than previously thought ...
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