The Milky Way ... They found that this background radiation was 1 million to 10 million times what stars experience in a modern star-forming region. That much radiation could erode a planet ...

With this answer comes more of an idea about where planets are likely to form in our Galaxy. They have found that stars with ... to outer regions of the Milky Way it gives a better focus on ...

The heart of our Milky Way galaxy is much more active than most people would realize. In fact, astronomers discovered two gigantic “bubbles” extending above ... which affects the formation of the ...

The planet 51 Pegasi b is a long way from Prior Lake, 48 light years (several billion miles) to be exact. It orbits a fifth magnitude star, similar to our Sun, in the constellation Pegasus. It was ...

Researchers discovered a radio jet that is twice as wide as the Milky Way galaxy and was formed when the universe was 1.2 billion years old. NOIRLab Scientists have discovered a twin-lobed radio ...

If you look up on a clear night from a darksky location, you might see the Milky Way as a faint band of thousands of stars. But these sparkling lights are just a tiny fraction of our cosmic ...

airy giant orbiting a distant star in our Milky Way. Their findings could help unlock the mystery of how these oversized, ultra-light planets come into existence. Dubbed WASP-193b, this newly ...

So how well do you know the Milky Way? Let's test your knowledge of our galaxy's size, age, speed and more with the 15 questions below. Remember to log in to put your name on the leaderboard and ...

A "super-Earth" planet found outside of our solar system could have ... However, because HD 20794 d orbits in an elliptical way, rather than circular like the Earth, it is unclear whether it ...

Light pollution is increasing globally, and having a negative impact on wildlife and humans. But the solutions are ...