Will we finally be able to answer one of astronomy’s hardest questions: what is most of the matter in the universe made of?

James Webb may have spotted three bizarre, ultra-ancient “dark stars” that aren’t dark at all - objects possibly powered by annihilating dark matter and capable of rewriting how the very first stars (and even early supermassive black holes) came to be.

A young solar system does not just build planets from dust and gas. It can also be shaped by what happens nearby, including the death of a massive star. New research suggests that a supernova at the right distance could quietly change a planet’s ingredients from the start, and that this setup may be more common than scientists once assumed.

For nearly a century, astronomers have been convinced that most of the universe is made of something we can’t see. Now, fresh analysis of data from a NASA space telescope suggests we may have caught our first real glimpse of it

Astronomers have directly observed a planet in the act of forming around a youthful analogue of the Sun, offering a rare look at how giant worlds assemble.

It may sound like the plot of a sci-fi film reaching a black hole with a spacecraft, but it turns out that the idea may not be that outlandish.

Astronomers have detected complex organic molecules in a disc of gas and dust surrounding a young star. - This discovery raises a fascinating possibility: the building blocks of life might have formed in space long before planets like Earth even existed.

Astronomers have uncovered something unusual happening in our cosmic neighborhood—a small galaxy near the Milky Way is behaving strangely, and no one is quite sure why.

Researchers have successfully created solar cells using simulated lunar dirt, potentially offering astronauts a sustainable energy source without needing to bring heavy materials from Earth.

In an Algerian quarry, scientists made an unexpected discovery toward a much bigger story: one that reaches across millions of miles, all the way to Mars.

The supermassive black hole in the heart of our galaxy appears busier than ever.

Penn State researchers propose that intelligent life on Earth, and possibly elsewhere, may be more likely than previously thought.