A new Durham University study has found that a giant impact may not be responsible for the formation of Jupiter's remarkable ...

'We find a 0.3% chance that Mars will be lost through collision or ejection and a 0.2% probability that Earth will be involved in a planetary collision or ejected,' the team wrote in their study.

“We also find an approximately 0.3 percent chance that Mars will be lost through collision or ejection and an approximately 0.2 percent probability that Earth will be involved in a planetary ...

If a planetary collision occurred within the last 9 to 18 million years, JWST could detect the residual seismic oscillations by observing slight fluctuations in the planet’s infrared light curve.

Could a passing star be on a collision course with our solar system and, eventually, Earth? It’s difficult to know if such an outcome is likely. Recently, researchers have found the Milky Way ...