“It looks like an onion. The James Webb Telescope has studied the remnants of a supernova explosion January 16, 05:30 Share: While studying the remnants of a supernova explosion, scientists have discovered structures that resemble bulbs or curls of wood fibers. (Photo: NASA, ESA, CSA, STScI, J. Jencson (Caltech/IPAC)) Author: Kira Borysikhina Studying the remnants of the supernova explosion, scientists discovered complex structures resembling a bulb or curls of wood fibers. Read”, — write on: ua.news
Studying the remnants of the supernova explosion, scientists discovered structures resembling bulbs or curls of wood fibers. (Photo: NASA, ESA, CSA, STScI, J. Jencson (Caltech/IPAC))
Studying the remnants of the supernova explosion, scientists discovered complex structures resembling a bulb or curls of wood fibers.
These structures were formed as a result of the interaction of powerful radiation from the explosion with the surrounding interstellar matter. Thanks to the infrared vision of the Webb telescope, scientists were able to observe how this radiation heats dust and gas, causing them to glow.
“We see layers that look like a bulb,” one of the researchers shared his impressions. This discovery allows scientists to look at the processes taking place in the interstellar medium in a new way. Previously, scientists could only speculate about the structure of these regions, but now they have the opportunity to study them directly.
“This is the astronomical equivalent of medical computed tomography,” another scientist compared his research. Thanks to a series of observations at different ranges, scientists were able to create a three-dimensional model of interstellar dust and gas.
This discovery is of great importance for understanding the processes of star formation and the evolution of galaxies. Interstellar dust and gas are the building blocks for new stars and planets, so studying their properties provides a better understanding of how the universe is formed.
The James Webb Space Telescope continues to demonstrate its unique ability to reveal the mysteries of space. Thanks to his data, scientists are getting more and more information about how the universe is organized and what processes take place in it.