HomeScience'Frozen world beyond our Solar System': NASA's James Webb spots water in distant star-forming disk

'Frozen world beyond our Solar System': NASA's James Webb spots water in distant star-forming disk

The James Webb Space Telescope uncovers frozen water in a distant protoplanetary disk, revealing insights into the origins of water and potential planetary systems beyond our Solar System.

December 12, 2024 / 10:22 IST
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The disk, named 114-426, lies in the Orion Nebula. (Representative Image: Canva)
The disk, named 114-426, lies in the Orion Nebula. (Representative Image: Canva)

The James Webb Space Telescope (JWST) has uncovered frozen water within a distant protoplanetary disk, marking a significant stride in space exploration. This remarkable find offers insights into the origins of water and potential planetary systems beyond our Solar System.

The disk, named 114-426, lies in the Orion Nebula. Located 1,300 light-years from Earth, this nebula is a renowned star-forming region. The protoplanetary disk, spanning over 1,000 astronomical units, is thought to be a cradle for planet formation.

Frozen water captured by JWST's advanced technology
Using its cutting-edge Near-Infrared Camera (NIRCam), JWST detected water ice on the disk's dust grains. These observations, conducted at a wavelength of 3 micrometres, highlight the telescope’s ability to study distant, cold environments.

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The disk's edge-on orientation blocks light from its central star. This creates a silhouette against the Orion Nebula's glowing background. Light scattered by the disk’s material forms bright lobes, revealing its icy contents.