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NGC 3583 GALAXY 3D SOFTWARE ANALYSIS

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  • NGC 3583.3mf
  • NGC 3583.stl

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Publication date 2023-09-20 at 18:26
Design number 1463292

3Dteality

3D printer file info

3D model description

NGC 3583 is a barred spiral galaxy located in the constellation Ursa Major. It is located at a distance of circa 90 million light years from Earth, which, given its apparent dimensions, means that NGC 3583 is about 85,000 light years across. It was discovered by William Herschel on February 5, 1788.

NGC 3585 has a bright nucleus and an elliptical bulge. It has a prominent bar which is about 30 arcseconds long. The spiral arms start approximately at the radius of the end of the bar. One arm emanates from northwest edge of the bulge. At its start is quite diffuse but after passing near the bar becomes better defined. After reaching the southeast part of the galaxy it starts to fade. The other arm emanates from the southeast end of the bar. It appears to branch after passing from the other side of the bar, with the two branches running parallelly.

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Spiral Galaxy, whose light traveled thousand years for the our Spaces Telescope to record its photons!
Where the material becomes denser, as a result of physical processes, it will be brighter and warmer, like as the sun! Somehow, the thickening matter creates deeper and deeper holes in space-time. Based on this, I created the negative gravity map of the image with the help of software, as gravity distorts a deep pit in space-time, the texture rises on the model, thus creating gravity mountains!

Based on this, I created the "3D negative gravity map" of the 2D image with the help of software, as gravity distorts a deep hole in space-time, the texture rises on the model, thus creating gravity mountains!

3D image obtained as a result of soft analysis of the 2D images of the new Hubble Space Telescope. The technique based on color analysis highlights the light of stars and ionized gases from the darkness of space, as gravity curves space, thus creating a spatially interpretable high-resolution 3-dimensional work.

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3D printing settings

20% infill
0.2 layer or lower

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