In a groundbreaking move, the NSF-DOE Vera C. Rubin Observatory has shared its first images, giving us a peek into the vast universe. This observatory, a joint effort by the U. S. National Science Foundation and the U. S. Department of Energy, has already captured millions of galaxies, stars, and asteroids in just over 10 hours of test observations. The observatory ...
Dark matter is a big mystery in space. It makes up most of the universe, but scientists can't see it or figure out what it is. Some scientists think that dark matter might be clumping together and acting like lampshades. These "lampshades" could drift between Earth and distant stars, making them look a bit dimmer. This idea could help scientists understand what dark ...
Fast radio bursts (FRBs) are incredibly brief flashes of radio waves. They come from far beyond our galaxy. Their origins remain a mystery. Scientists have made significant strides in detecting these bursts. Hundreds of new bursts have been found. Some of them repeat. This has opened up new ways to study the universe. Interferometry is a technique that combine...
The European Space Agency's Euclid mission has just shared its first batch of data. This data includes a sneak peek at deep fields, where hundreds of thousands of galaxies in various shapes and sizes are visible. These galaxies give us a hint of their large-scale organization in the cosmic web. Euclid has already identified 26 million galaxies in just one week of ob...
Something strangely wonderful happened recently. A never-before-seen galaxy was discovered. This galaxy’s existence was hinted at by a glowing ring of light around another nearby, well observed stellar body. The event was a result of an alignment among three celestial bodies. When alignment in outer space is just right around the intermediate loca...
The James Webb Space Telescope has found some bizarre things while peeking at the far corners of the universe. It spotted ancient galaxies that are big and bright, like they've been there forever. This is weird because our usual theories say they should be small and dim, slowly pulled together by something called dark matter. Dark matter is like an invisible force t...
Imagine a new, even more powerful particle collider than the one that found the famous Higgs boson! That's what Mark Thomson, the next director-general of CERN, has in mind. He believes the Future Circular Collider (FCC) is the way to go for science. This isn't just any collider; it's a 91-kilometer beast that could cost around $17 billion. But Thomson thinks it's wo...
China's space program is on the cusp of a major milestone, as the country prepares to unveil a long-term vision for space science. This ambitious plan aims to accelerate China's progress in the field, solidifying its role as a global leader in space exploration. The Chinese Academy of Sciences has outlined a roadmap for future missions, with a focus on five main scie...