NGC 2014, also known as the Cosmic Reef, is a spectacular and intricate star-forming region located in the Large Magellanic Cloud, a satellite galaxy of our Milky Way, approximately 163,000 light-years away from Earth.
The nebula's complex and delicate structure resembles a coral reef, with its gas and dust clouds intricately woven and illuminated by the intense radiation from massive, young stars at its center.
About the Deep Space Collection:
Shot entirely with my rooftop telescope from the urban skies of Buenos Aires, the Deep Space Collection features many objects observable only from the southern hemisphere.
All images in the collection were shot using individual narrowband filters which cut off most of the light and allow only very specific wavelengths to pass (the light emitted from ionized hydrogen, oxygen and sulfur), making it possible to photograph deep space objects even from the highly light polluted skies of the city.
The images from each separate filter are then processed individually, combined and mapped to RGB channels for a final color image.
Two different color mapping palettes were used in this collection: SHO, where sulfur is mapped to red, hydrogen to green and oxygen to blue in what is referred to as "Hubble Palette" processing (as used in the images the famous space telescope) and HOO, where hydrogen is mapped to red, and oxygen to blue and green.
Deep Space Collection # 2. The Cosmic Reef
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Deep Space Collection # 2. The Cosmic Reef
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NGC 2014, also known as the Cosmic Reef, is a spectacular and intricate star-forming region located in the Large Magellanic Cloud, a satellite galaxy of our Milky Way, approximately 163,000 light-years away from Earth.
The nebula's complex and delicate structure resembles a coral reef, with its gas and dust clouds intricately woven and illuminated by the intense radiation from massive, young stars at its center.
About the Deep Space Collection:
Shot entirely with my rooftop telescope from the urban skies of Buenos Aires, the Deep Space Collection features many objects observable only from the southern hemisphere.
All images in the collection were shot using individual narrowband filters which cut off most of the light and allow only very specific wavelengths to pass (the light emitted from ionized hydrogen, oxygen and sulfur), making it possible to photograph deep space objects even from the highly light polluted skies of the city.
The images from each separate filter are then processed individually, combined and mapped to RGB channels for a final color image.
Two different color mapping palettes were used in this collection: SHO, where sulfur is mapped to red, hydrogen to green and oxygen to blue in what is referred to as "Hubble Palette" processing (as used in the images the famous space telescope) and HOO, where hydrogen is mapped to red, and oxygen to blue and green.