Astronomers using the James Webb Space Telescope (JWST) have made a significant breakthrough, detecting water ice in a dusty ...

Webb’s powerful instruments have detected crystalline water ice in a distant star system, offering rare insight into planet ...

The presence of water-ice in the debris disk around a young star could have helped facilitate the growth and development of ...

The lone planet confirmed to be in the system is squeezed in between the two, orbiting at a distance similar to Earth's ...

Webb Telescope finds crystalline water ice around star HD 181327. This discovery could reveal how icy bodies contribute to planet formation.

NASA's James Webb Space Telescope has made the first-ever and long-anticipated detection of ice outside of our own solar ...

The James Webb Space Telescope has confirmed the presence of water ice in a planetary system beyond our own for the first time.

In the new study, however, astronomers used the cutting-edge "Keck Planet Finder" (KPF) instrument as the W. M. Keck ...

An exoplanet the size of Jupiter has long intrigued astronomers because of its scorching temperatures, screaming winds and sideways rain made of glass. Now, data from the James Webb Space ...

Our Sun will become a white dwarf in about 7 billion years. At that point, it will no longer produce energy through nuclear fusion, having exhausted its fuel (hydrogen and helium). Just like the ...

(Credit: Serenity Strull/ Getty Images) Many stars in our galaxy exist in pairs, but our Sun is a notable exception. Now scientists are finding clues that it may once have had a companion of its own.