The intricate swirls and striations of interstellar dust have been revealed in stunning detail thanks to the James Webb Space ...

The intricate whorls and striations of dust that drift between the stars have just been revealed in stupefying detail. In new ...

Supernovae are one of the most useful events in all of astronomy. Scientists can directly measure their power, their spin, ...

The JWST's recent imaging of Cassiopeia A unveiled the effects of ... including dense regions that resemble knots and whorls found in wood grain, likely sculpted by magnetic fields.

James Webb Space Telescope reveals Cassiopeia A supernova remnants JWST observes light echo from centuries-old supernova in space Stunning patterns in interstellar gas and dust captured by JWST ...

The materials that emerge coalesce to form new stars. The remnant cloud known as Cassiopeia A illustrates the final stage of a star's life. In images captured by the James Webb Space Telescope ...

The recently observed glowing material, not related to the star that turned into Cassiopeia A, exists among dozens of other nearby light echoes that had first been observed by NASA's Spitzer Space ...

The infrared glow created was captured by JWST, revealing details that look like knots and whorls found in wood grain ... and it is one of dozens found near remains of the Cassiopeia A supernova. The ...

The James Webb Space Telescope captured photos of one of the earliest supernovas ever seen using infrared technology, and creating a time lapse of the phenomena.

In the constellation Cassiopeia, a supernova flash has acted as a cosmic spotlight, lighting up this interstellar material. NASA’s James Webb Space Telescope has revealed stunning new details, ...