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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 collection 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?

Category Photography
Contract Address0x8f45...d905
Token ID2
Token StandardERC-1155
ChainEthereum
Last Updated2 years ago
Creator Earnings
10%

Cosmic Angel

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Cosmic Angel

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view_module
42 items
visibility
285 views
  • Unit Price
    USD Unit Price
    Quantity
    Expiration
    From
  • Unit Price
    USD Unit Price
    Quantity
    Floor Difference
    Expiration
    From

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 collection 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?

Category Photography
Contract Address0x8f45...d905
Token ID2
Token StandardERC-1155
ChainEthereum
Last Updated2 years ago
Creator Earnings
10%
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  • Sales
  • Transfers
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