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Astronomers have discovered a "one-winged butterfly" burning in space

Astronomers have discovered a “one-winged butterfly” burning in space

The beautiful birth of a star produced an exhilarating ethereal structure in interstellar space.

This is called the Infrared Chameleon Nebula, which is located about 520 light-years away, and at a New image From the NSF NOIRLab International Gemini Observatory in Chile, it appears in the sky as a soft, pale butterfly wing.

However, in its core, obscuring dust, lie turbulent processes when the star comes together.

Stars are dense bodies, just as they are born. They form when dense clusters collapse into clouds of molecular gas and rotate under their own gravity.

As it spins, matter is pulled into an accretion disk that powers the growing protostar—the mass of gas that would become the star.

As the protostar grows, it begins to produce strong stellar winds, and the matter falling into the protostar begins to interact with its magnetic fields. This substance flows along the magnetic field lines to the poles, where it is projected into space in the form of powerful plasma jets.

That’s what astronomers think we’re looking at using the Infrared Chameleon Nebula (so named because it glows brightly in the infrared, even though this image is at optical wavelengths).

The “wing” is a tunnel drilled into the gas cloud around the star by one of the protostar’s jets.

Infrared Chameleon Nebula. (Gemini Observatory / NOIRLab / NSF / AURA)

The light from the tiny star then illuminates this cavity from the inside, reflecting off the gaseous structures to create what we call the reflection nebula.

The star itself is obscured by a dark vertical strip, which can be seen at its narrowest point.

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This, according to our understanding, is the accretion disk of the protostar, viewed from the side. The red dot to the right of this disk from our perspective is the point where a drop of matter emanating from the star collided with the surrounding gas.

This process creates bright, short-lived areas of clouds called Herbig-Haro . Objects. This is known as HH 909A. Closely observing astronomers can observe the change in Herbig-Haro objects on a time scale of only a few years.

This star’s winds and flows also have another effect. They blow material around the protostar, eventually cutting off the gas supply and thus its ability to grow further.

By this time, the star should have gained enough mass to generate sufficient pressure and heat for its core to ignite. nuclear fusion, dropping him into the main sequence as a full star.

You can download full and wallpaper versions of this image On NOIRLab.