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Open this window to the universe and take a peek inside. What do you see? Do you see stars, nebulae, and galaxies? Maybe you see astronauts, aliens, and angels? Or maybe when you carefully study the depths of this image, can you find them all? Creating this image required the collection of photons that have traveled toward our earth for 160,000 years. This image was shot with a widefield to be able to include the many beautiful nebulae located deep within our galactic neighbor. This “next-door neighbor” is a companion, or in other words a satellite galaxy, of our own Milky Way Galaxy. The Large Magellanic Cloud (LMC), is called a "cloud,” even though it is actually a dwarf galaxy orbiting the Milky Way. In the Southern Hemisphere, it is visible to the naked eye. And, with the benefit of modern art and science, we can see so much more detail. The infinity of space, combined with our human imagination, brings us true Cosmic Angels. LMC is the second or third closest galaxy (≈160,000 light-years) to the Milky Way after the Sagittarius Dwarf Spheroidal (≈70,000 light-years) and the possible dwarf irregular galaxy known as the Canis Major Overdensity. Capturing this image took 47 hours and 20 minutes and it was shot using a remote access 106 mm refractory telescope located in dark skies of Australia. Three different filters and a monochrome CCD sensor/camera were used to create SHO also known as the Hubble Palette image. These filters capture different wavelengths of light from emissions from different elements: H stands for Hydrogen, S for Sulfur, and O for Oxygen. With these 3 different filters, the object is shot and every individual filter data is calibrated and stacked and 3 master mono images are created. These three mono master files are assigned to Red Green and Blue channels to create an RGB aka color image. Once there was the RGB color image, a rigorous post-process starts where lots of scientific and artistic steps were taken to have the finished image. Pre and post-processing took several hours. License: Extended Editorial; Can be used to display privately, or in commercial and non-commercial settings, or in groups with an unlimited number of participants. The license includes unlimited use and display in virtual or physical galleries, documentaries, and essays by the NFT holder. Provides no rights to create commercial merchandise, commercial distribution, or derivative works. Image Credits: Mustafa Aydın / Telescope Live

Cosmic Angel

NFT Image

Open this window to the universe and take a peek inside. What do you see? Do you see stars, nebulae, and galaxies? Maybe you see astronauts, aliens, and angels? Or maybe when you carefully study the depths of this image, can you find them all? Creating this image required the collection of photons that have traveled toward our earth for 160,000 years. This image was shot with a widefield to be able to include the many beautiful nebulae located deep within our galactic neighbor. This “next-door neighbor” is a companion, or in other words a satellite galaxy, of our own Milky Way Galaxy. The Large Magellanic Cloud (LMC), is called a "cloud,” even though it is actually a dwarf galaxy orbiting the Milky Way. In the Southern Hemisphere, it is visible to the naked eye. And, with the benefit of modern art and science, we can see so much more detail. The infinity of space, combined with our human imagination, brings us true Cosmic Angels. LMC is the second or third closest galaxy (≈160,000 light-years) to the Milky Way after the Sagittarius Dwarf Spheroidal (≈70,000 light-years) and the possible dwarf irregular galaxy known as the Canis Major Overdensity. Capturing this image took 47 hours and 20 minutes and it was shot using a remote access 106 mm refractory telescope located in dark skies of Australia. Three different filters and a monochrome CCD sensor/camera were used to create SHO also known as the Hubble Palette image. These filters capture different wavelengths of light from emissions from different elements: H stands for Hydrogen, S for Sulfur, and O for Oxygen. With these 3 different filters, the object is shot and every individual filter data is calibrated and stacked and 3 master mono images are created. These three mono master files are assigned to Red Green and Blue channels to create an RGB aka color image. Once there was the RGB color image, a rigorous post-process starts where lots of scientific and artistic steps were taken to have the finished image. Pre and post-processing took several hours. License: Extended Editorial; Can be used to display privately, or in commercial and non-commercial settings, or in groups with an unlimited number of participants. The license includes unlimited use and display in virtual or physical galleries, documentaries, and essays by the NFT holder. Provides no rights to create commercial merchandise, commercial distribution, or derivative works. Image Credits: Mustafa Aydın / Telescope Live

Cosmic Angel

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This image of Ancient Snowball Comet Neowise was taken in the ancient Phrygian region in Anatolia. It is an old civilization that lived in Anatolia from 1200 – 700 BC. Famous Phrygian King Midas and story about his huge ears have been subject to tales for thousands of years. Comet Neowise is in orbit of the sun and it revolves around it every 6,800 years. Perhaps the ancient people of Phrygia observed the comet the last time it circled our sun. What would they have thought and felt back when they lived? Did they wonder what they were seeing in the sky? Imagine standing in their territory, watching a visitor from an outer solar system that comes to our inner solar system only every 6800 years. Comets are residual material from formation of our own solar system that took place nearly 4.5 billion years ago. They are cosmic snowballs of frozen gasses, rock, and dust that may be long-period (more than 200 years orbit around the sun) or short-period (less than 200 years) according to which part of the solar system they come from. While long-period comets obviously travel from outer regions of our own solar system (Oort Cloud), short-period ones travel from outside Neptune's orbit (Kuiper Belt). In this image of Comet Neowise two tails can easily be seen; the whitish dust tail which is the melted ice and dust from the core of the comet while the thinner bluish tail is the material within the comet ionized by the radiation from the Sun. For this image, I scouted the location earlier. The place is called Avdalaz Castle/Church which is a multi-storey and multi-chamber cistern rock mass carved into tuff rock and was built during the Byzantine era. I saw this rock and I realized the comet would be directly on top of the rock before the comet would set. I set up my equipment and waited for the comet to be visible. After a few trials, I found the right composition and settings, and I started shooting. The rest, as they say, is history. In this case, very ancient history. Object Type: Long-Period Comet Camera: Nikon D5300 Lens: Nikkor Af-s 50mm f/1.8G Lens Location: Avdalaz Castle/Church, İhsaniye, Afyonkarahisar Exposure: 30 X 10 seconds ISO: 1600 Date: July 19th, 2020 Dimensions: 4016 x 5740 pixels, 240 Pixels/Inch Artist: Mustafa AYDIN File Type: JPEG Edition: 42/42 Process: Stacked in Sequator & Post-Processed in Adobe Lightroom Classic License: Extended Editorial; Can be used to display privately, or in commercial and non-commercial settings, or in groups with an unlimited number of participants. The license includes unlimited use and display in virtual or physical galleries, documentaries, and essays by the NFT holder. Provides no rights to create commercial merchandise, commercial distribution, or derivative works.

Cosmic Angel

Ancient Snowball Over Ancient Phrygian Sky

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Cosmic Angel

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Open this window to the universe and take a peek inside. What do you see? Do you see stars, nebulae, and galaxies? Maybe you see astronauts, aliens, and angels? Or maybe when you carefully study the depths of this image, can you find them all? Creating this image required the collection of photons that have traveled toward our earth for 160,000 years. This image was shot with a widefield to be able to include the many beautiful nebulae located deep within our galactic neighbor. This “next-door neighbor” is a companion, or in other words a satellite galaxy, of our own Milky Way Galaxy. The Large Magellanic Cloud (LMC), is called a "cloud,” even though it is actually a dwarf galaxy orbiting the Milky Way. In the Southern Hemisphere, it is visible to the naked eye. And, with the benefit of modern art and science, we can see so much more detail. The infinity of space, combined with our human imagination, brings us true Cosmic Angels. LMC is the second or third closest galaxy (≈160,000 light-years) to the Milky Way after the Sagittarius Dwarf Spheroidal (≈70,000 light-years) and the possible dwarf irregular galaxy known as the Canis Major Overdensity. Capturing this image took 47 hours and 20 minutes and it was shot using a remote access 106 mm refractory telescope located in dark skies of Australia. Three different filters and a monochrome CCD sensor/camera were used to create SHO also known as the Hubble Palette image. These filters capture different wavelengths of light from emissions from different elements: H stands for Hydrogen, S for Sulfur, and O for Oxygen. With these 3 different filters, the object is shot and every individual filter data is calibrated and stacked and 3 master mono images are created. These three mono master files are assigned to Red Green and Blue channels to create an RGB aka color image. Once there was the RGB color image, a rigorous post-process starts where lots of scientific and artistic steps were taken to have the finished image. Pre and post-processing took several hours. License: Extended Editorial; Can be used to display privately, or in commercial and non-commercial settings, or in groups with an unlimited number of participants. The license includes unlimited use and display in virtual or physical galleries, documentaries, and essays by the NFT holder. Provides no rights to create commercial merchandise, commercial distribution, or derivative works. Image Credits: Mustafa Aydın / Telescope Live

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