Medicine & TechnologyA new study attempts to solve the impossible problems around the asteroid belt's gigantic space rock, Vesta. Its craters could hold information about its early existence, as much as of Earth's.
A sufficient dispersed core of the asteroid that made the impact could remain suspended in the Moon’s mantle until the present day, rather than sinking to the Moon’s core
The only spacecraft ever to have orbited Mercury has ended its mission by crashing into the surface, leaving behind a new crater as a monument of its landmark achievement.
The catastrophic impact that ended the reign of dinosaurs on Earth has long been of interest to scientists around the world. In an attempt to learn more about what happened 65 million years ago, scientists plan to drill some 5,000 feet deep into the Chicxulub Crater, the lasting scar from this world changing event.
It’s no big surprise as to why we exited the Jurassic period. The dinosaurs and their lineage ended with a shocking crash when a catastrophic asteroid plummeted to Earth, and dust and debris blocked out the Sun. But now researchers are hoping that by going back to the site of the impact they may be able to learn a bit more about ancient biological and geological processes, and perhaps even what cosmic changes led to the asteroid’s impact.
Earlier this past summer when a mysterious giant crater was discovered in northern Siberia’s Yamal Peninsula, many believed the phenomenon to be far too strange to be a natural occurrence. Ironically named “Yamal” which means “the end of the world”, much skepticism surrounded early news of the phenomenon. And when images hit the web a myriad of theories abounded, leading viewers to throw reason to the wind claiming that the crater was either a man-made hoax, a site for a meteorite crash, or even the workings of an alien UFO.