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Gold Attractor in a neighbourhood of (0.01333111111110825420, 0.00499916666666559532), deep in the Julia set corresponding to the point (-0.74452870115870395384, -0.14818387295279708549) of the Mandelbrot. Original Mandelbrot NFT: https://opensea.io/assets/0x6e96fb1f6d8cb1463e018a2cc6e09c64ed474dea/1279
A collection of Julia sets, mathematically connected to the Mandelbrot Set Collection and the Mandelbrot Trilogy Collection
These artworks are generated with a numerical algorithm and engraved into 4200 unique NFTs. Each work represents the neighborhood of one of our favorite points of the Julia corresponding to the point C at the center of a piece of the Mandelbrot Set Collection.
Julia's zoom factor is the logarithm of the Mandelbrot's zoom and colored with a similar gradient, based on how fast the iteration the function f(z) = z^2 + c diverges to infinity. And remember: golden-colored points are very scarce.
There are 128 video pieces realized by Abramo, plus 66 videos and 50 images created by Maths Town.
You can get more information and mint a new, randomly selected Julia on our website
#1279 - Deep Gold Attractor (A)
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Yanco
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#1279 - Deep Gold Attractor (A)
Owned by
Yanco
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visibility
14 views- PriceUSD PriceQuantityExpirationFrom
- PriceUSD PriceQuantityFloor DifferenceExpirationFrom
Gold Attractor in a neighbourhood of (0.01333111111110825420, 0.00499916666666559532), deep in the Julia set corresponding to the point (-0.74452870115870395384, -0.14818387295279708549) of the Mandelbrot. Original Mandelbrot NFT: https://opensea.io/assets/0x6e96fb1f6d8cb1463e018a2cc6e09c64ed474dea/1279
A collection of Julia sets, mathematically connected to the Mandelbrot Set Collection and the Mandelbrot Trilogy Collection
These artworks are generated with a numerical algorithm and engraved into 4200 unique NFTs. Each work represents the neighborhood of one of our favorite points of the Julia corresponding to the point C at the center of a piece of the Mandelbrot Set Collection.
Julia's zoom factor is the logarithm of the Mandelbrot's zoom and colored with a similar gradient, based on how fast the iteration the function f(z) = z^2 + c diverges to infinity. And remember: golden-colored points are very scarce.
There are 128 video pieces realized by Abramo, plus 66 videos and 50 images created by Maths Town.
You can get more information and mint a new, randomly selected Julia on our website
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