An incredible image from the James Webb Space Telescope continues to provide new clues about how stars form. This astonishing photo was taken from Earth approximately The first star to be found 1,300 light-years away is HH 212It shows .
The birth moment of a star was captured!
HH 212 Firstly Orion’s Belt in 1993 was discovered near the Earth, and astronomers are working to reveal how the budding star gradually formed. last thirty years He spent his time taking photos.
However, the capture allowed scientists to get a good color image of the protostar that had not previously been possible with ground telescopes, according to Mark McCaughrean, a senior advisor at the European Space Agency.first time” represents a step like seeing.
The new image reveals intricate details of star formation, with symmetrical clouds of pink gas emissions coming from both poles of the protostar captured at the moment of star birth. McCaughrean claims that these bursts of neon, called jets or outflows, are a byproduct of star birth, and that their vibrant hues indicate the presence of molecular hydrogen.
“The bubbly ball of gas at the center rotates as it gets compressed,” Mark McCaughrean said in an interview with the BBC. But if it spins too fast, it will break apart. So something has to happen to get rid of the angular momentum. “We think these are jets and outflows.” said.
Launched at Christmas two years ago James Webb Space Telescopeover a million miles away “Lagrange Point 2” and is capable of capturing images from deep space that provide clues about the formation of both stars.