After the asteroid impact, Earth experienced an "impact winter" due to atmospheric dust, leading to extinctions and the decline of dinosaurs. Continue reading to learn more.
Scientists are beginning to understand the role of dust in nourishing global ocean ecosystems and regulating atmospheric carbon dioxide levels. Read the article to learn more.
NASA's InSight Mars Lander is not responding to communications likely due to low power levels after dust accumulated on its solar panels. Read the article to know more details.
New research recently showed that solar winds that interact with grains of dust carried on asteroids may have contributed to filling the oceans on Earth with water.
One of the largest questions to date has been what building materials were present at the formation of our Milky Way galaxy? Astronomers have long theorized that the building material may have come from the death of supermassive stars, however, the galaxy-building dust is thought to burn up in a supernova like that. But now researchers are saying that may not be the case at all. In a new study published this week in the journal Science Express, researchers with Cornell University have made the first direct discovery of dust used to build the cosmos at the center of the Milky Way, and they believe it may have resulted from an ancient supernova.
It’s a tough job sifting through the data and the haze of the center of the Milky Way galaxy, but some astronomers have to do it. The time-consuming job often means having to peer into the center with aid of multiple telescopes, all giving you a different perspective at a different wavelength. It can be job of countless hours, with little to no reward, but when researchers find even cosmic dust, their studies can strike it rich.