The near-infrared camera on the James Webb Space Telescope recorded an amazing event – the process of the birth of a new star from dust and gas. The object with the index l1527 is located on the molecular tank of the calf, the basis of star formation, where hundreds of harz L1527 have been found. While the protostar is still only 100,000 years old, it still does not radiate energy, and therefore is not visible in the darkness of space.
The instruments aboard the Jace Abba couldn’t rr r s s s s s s s s s s s But the telescope was able to detect two giant hourglass-shaped dust plumes, They are formed by particles that, when colliding with particles of future stars, are thrown off far into space.
The most sparse areas are colored in blue in the image, the densest areas are colored in orange. The dark disk in the center is about the same size as our solar system, so it can be assumed that the result is a comparable Sun Star with many planets. This will not happen soon, since the critical mass of stellar matter nsh has not yet accumulated in the soaring. For astronomical observations, this is an opportunity to see other galaxies “in infancy”.
Source: Tech Cult