We've often heard that the universe is around 13.7 billion years old, right? This estimate has been widely accepted for many years. It's based on solid research and measurements such as the redshift of light from distant galaxies. But what if our understanding could be more accurate? What if
For the first time ever, JWST successfully observed starlight from early galaxies with quasars. Quasars, supermassive black holes actively devouring surrounding matter, typically outshine everything around them. They are like gigantic cosmic lighthouses that make it difficult to see what lies in their vicinity. Before this breakthrough, the stars surrounding
An international group of scientists has made a significant breakthrough by utilizing the powerful James Webb Space Telescope to identify the presence of the methyl cation (CH3+) within a young star's disc. While this achievement may appear modest at first glance, its implications are substantial. The CH3+ molecule holds a
Located 40 light-years away (sounds far, right?), TRAPPIST-1 c is a rocky little world that's been grabbing astronomers' attention. The JWST's keen eyes have revealed something remarkable: the planet likely has a very thin atmosphere, or perhaps none at all! Plus, it has a dayside temperature of around 225 degrees
The cosmos teems with an assortment of celestial objects, from modest asteroids to gigantic galaxies. However, few subjects in astronomy spark as much intrigue as quasars - those radiant beacons dwelling in the farthest recesses of the universe. These astronomical marvels, powered by supermassive black holes millions to billions of