Region R44 within the Carina Nebula. (Image: ESO/A. McLeod)
Region R44 within the Carina Nebula. (Image: ESO/A. McLeod)

Located 7,500 light-years from Earth, the Carina Nebula is home to some of the most spectacular celestial objects in the observable universe. New images captured by the ESO’s Very Large Telescope are offering some unprecedented views of this ethereal celestial structure.

The majestic spires and pillars within the Carina Nebula were were observed by ESO PhD astronomy student Anna McLeod and her team, who did so by using the MUSE instrument on the VLT.

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The massive stars within this region slowly destroy the pillars of dust and gas from which they are born. (Image: ESO/A. McLeod)
The massive stars within this region slowly destroy the pillars of dust and gas from which they are born. (Image: ESO/A. McLeod)

MUSE created thousands of images of the nebula at the same time—each at a different wavelength of light—allowing for images of remarkable depth, color, and clarity. The instrument also allowed the astronomers to study the various chemical and physical properties of the material within the nebula at different locations.

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Region R18 features a finger-like pillar. (Image: ESO/A. McLeod)
Region R18 features a finger-like pillar. (Image: ESO/A. McLeod)
The researchers captured details within the nebula, including swirls of gas, cloudy spires, and glimmers of hot, young stars. (Image: ESO/A. McLeod)
The researchers captured details within the nebula, including swirls of gas, cloudy spires, and glimmers of hot, young stars. (Image: ESO/A. McLeod)

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This pillar is part of the massive star cluster Trumpler 14. (Image: ESO/A. McLeod)
This pillar is part of the massive star cluster Trumpler 14. (Image: ESO/A. McLeod)

These vast clouds of dust and gas serve as factories within which stars are born. The ESO team managed to observe ten distinct pillars in the Carina Nebula, which bore a startling resemblance to the iconic Pillars of Creation (which is located within the Eagle Nebula some 7,000 light-years away). The researchers were able to correlate features within the nebula to the effects of radiation emitted by nearby massive stars.

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This spectacular image features a distinctly chicken-like structure, enveloped in wispy clouds. The stars within the pillar fire off jets of gas that can be seen streaming off the towering peaks. (Image: ESO/A. McLeod)
This spectacular image features a distinctly chicken-like structure, enveloped in wispy clouds. The stars within the pillar fire off jets of gas that can be seen streaming off the towering peaks. (Image: ESO/A. McLeod)

Ironically, the emergence of a new star within the nebula causes the beautiful cloud formations to disintegrate. Ionizing radiation that blasts outwards by the new star strip atoms of their orbiting electrons in a process known as photoevaporation.

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The prominent dark patches are a so-called Bok globule—isolated and relatively small dark nebulae, containing dense dust and gas. These objects are still subjects of intense research as their structure and density remains somewhat a mystery. (Image: ESO/A. McLeod)
The prominent dark patches are a so-called Bok globule—isolated and relatively small dark nebulae, containing dense dust and gas. These objects are still subjects of intense research as their structure and density remains somewhat a mystery. (Image: ESO/A. McLeod)

Images like the ones collected here are helping astronomers to better understand these processes, and how the effects of photoevaporation might actually work to create denser spots within the nebula, which can go on to form new stars.

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Region R45 within the Carina Nebula. (Image: ESO/A. McLeod)
Region R45 within the Carina Nebula. (Image: ESO/A. McLeod)

[ESO, Monthly Notices of the Royal Astronomical Society]

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