#sierpinskitriangle — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #sierpinskitriangle, aggregated by home.social.
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Pendentifs sur le thème des fractales, mêlant fractales mathématiques et formes issues de la nature.
Celui-ci s’inspire du célèbre triangle de Sierpiński — un petit clin d’œil à mes années d'informatique XD 🔺💻
#pyrography #woodburning #art #craft #fractal #sierpinskitriangle #mathematics #computerscience #faitmain #creationoriginale
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Pendentifs sur le thème des fractales, mêlant fractales mathématiques et formes issues de la nature.
Celui-ci s’inspire du célèbre triangle de Sierpiński — un petit clin d’œil à mes années d'informatique XD 🔺💻
#pyrography #woodburning #art #craft #fractal #sierpinskitriangle #mathematics #computerscience #faitmain #creationoriginale
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Pendentifs sur le thème des fractales, mêlant fractales mathématiques et formes issues de la nature.
Celui-ci s’inspire du célèbre triangle de Sierpiński — un petit clin d’œil à mes années d'informatique XD 🔺💻
#pyrography #woodburning #art #craft #fractal #sierpinskitriangle #mathematics #computerscience #faitmain #creationoriginale
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Pendentifs sur le thème des fractales, mêlant fractales mathématiques et formes issues de la nature.
Celui-ci s’inspire du célèbre triangle de Sierpiński — un petit clin d’œil à mes années d'informatique XD 🔺💻
#pyrography #woodburning #art #craft #fractal #sierpinskitriangle #mathematics #computerscience #faitmain #creationoriginale
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Sierpinski triangles on an icosahedron, inspired by Ghee Beom Kim
#sierpinskitriangle #icosahedron #geometricart #fractal #fractalart #iteratedfunctionsystem #3dgraphics #raymarching #pythoncode #numpy #opengl #algorithmicart #algorist #mathart #laskutaide #ittaide #kuavataide #iterati
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Sierpinski triangles on an icosahedron, inspired by Ghee Beom Kim
#sierpinskitriangle #icosahedron #geometricart #fractal #fractalart #iteratedfunctionsystem #3dgraphics #raymarching #pythoncode #numpy #opengl #algorithmicart #algorist #mathart #laskutaide #ittaide #kuavataide #iterati
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Sierpinski triangles on an icosahedron, inspired by Ghee Beom Kim
#sierpinskitriangle #icosahedron #geometricart #fractal #fractalart #iteratedfunctionsystem #3dgraphics #raymarching #pythoncode #numpy #opengl #algorithmicart #algorist #mathart #laskutaide #ittaide #kuavataide #iterati
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AI VTuber Neurosama đã vẽ phiên bản xoắn ốc của tam giác Sierpinski - một dạng fractal độc đáo không thể tìm thấy ở nơi nào khác. #AIVTuber #Neurosama #FractalArt #SierpinskiTriangle #ToánHọc #AI #Art #TạoMáy
https://www.reddit.com/r/singularity/comments/1nnrhjl/ai_vtuber_neurosama_draw_a_spiral_version_of/
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Is it that time of the year yet?
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Is it that time of the year yet?
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Is it that time of the year yet?
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Is it that time of the year yet?
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Another 2024 print on the eve of #ArtAdventCalendar2024: I made this one a #PrinterSolstice prompt primary colours. I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle. 🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt
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Another 2024 print on the eve of #ArtAdventCalendar2024: I made this one a #PrinterSolstice prompt primary colours. I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle. 🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt
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Another 2024 print on the eve of #ArtAdventCalendar2024: I made this one a #PrinterSolstice prompt primary colours. I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle. 🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt
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Another 2024 print on the eve of #ArtAdventCalendar2024: I made this one a #PrinterSolstice prompt primary colours. I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle. 🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt
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Another 2024 print on the eve of #ArtAdventCalendar2024: I made this one a #PrinterSolstice prompt primary colours. I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle. 🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt
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A tree but made of wrought iron?
These aren't parameter tweaks, just different areas of the -1.5 Mandelbox. In other areas there are mimics of the #SierpinskiTriangle, #MaskitFractal and #ApollonianGaskets.
info: https://sites.google.com/site/mandelbox/negative-1-5-mandelbox
video \(s=-1.7\): https://www.youtube.com/watch?v=bO9ugnn8DbE -
A tree but made of wrought iron?
These aren't parameter tweaks, just different areas of the -1.5 Mandelbox. In other areas there are mimics of the #SierpinskiTriangle, #MaskitFractal and #ApollonianGaskets.
info: https://sites.google.com/site/mandelbox/negative-1-5-mandelbox
video \(s=-1.7\): https://www.youtube.com/watch?v=bO9ugnn8DbE -
A tree but made of wrought iron?
These aren't parameter tweaks, just different areas of the -1.5 Mandelbox. In other areas there are mimics of the #SierpinskiTriangle, #MaskitFractal and #ApollonianGaskets.
info: https://sites.google.com/site/mandelbox/negative-1-5-mandelbox
video \(s=-1.7\): https://www.youtube.com/watch?v=bO9ugnn8DbE -
A tree but made of wrought iron?
These aren't parameter tweaks, just different areas of the -1.5 Mandelbox. In other areas there are mimics of the #SierpinskiTriangle, #MaskitFractal and #ApollonianGaskets.
info: https://sites.google.com/site/mandelbox/negative-1-5-mandelbox
video \(s=-1.7\): https://www.youtube.com/watch?v=bO9ugnn8DbE -
A tree but made of wrought iron?
These aren't parameter tweaks, just different areas of the -1.5 Mandelbox. In other areas there are mimics of the #SierpinskiTriangle, #MaskitFractal and #ApollonianGaskets.
info: https://sites.google.com/site/mandelbox/negative-1-5-mandelbox
video \(s=-1.7\): https://www.youtube.com/watch?v=bO9ugnn8DbE -
Discovery of the first #fractal molecule in nature
https://phys.org/news/2024-04-discovery-fractal-molecule-nature.htmlEmergence of fractal geometries in the #evolution of a metabolic #enzyme: Franziska Sendker et al. https://www.nature.com/articles/s41586-024-07287-2
"They discovered a #microbial enzyme—citrate synthase from #cyanobacteria—that spontaneously assembles into a pattern known as the #SierpinskiTriangle. #ElectronMicroscopy and evolutionary #biochemistry studies indicate that this fractal may represent an evolutionary accident."
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Discovery of the first #fractal molecule in nature
https://phys.org/news/2024-04-discovery-fractal-molecule-nature.htmlEmergence of fractal geometries in the #evolution of a metabolic #enzyme: Franziska Sendker et al. https://www.nature.com/articles/s41586-024-07287-2
"They discovered a #microbial enzyme—citrate synthase from #cyanobacteria—that spontaneously assembles into a pattern known as the #SierpinskiTriangle. #ElectronMicroscopy and evolutionary #biochemistry studies indicate that this fractal may represent an evolutionary accident."
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Discovery of the first #fractal molecule in nature
https://phys.org/news/2024-04-discovery-fractal-molecule-nature.htmlEmergence of fractal geometries in the #evolution of a metabolic #enzyme: Franziska Sendker et al. https://www.nature.com/articles/s41586-024-07287-2
"They discovered a #microbial enzyme—citrate synthase from #cyanobacteria—that spontaneously assembles into a pattern known as the #SierpinskiTriangle. #ElectronMicroscopy and evolutionary #biochemistry studies indicate that this fractal may represent an evolutionary accident."
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Discovery of the first #fractal molecule in nature
https://phys.org/news/2024-04-discovery-fractal-molecule-nature.htmlEmergence of fractal geometries in the #evolution of a metabolic #enzyme: Franziska Sendker et al. https://www.nature.com/articles/s41586-024-07287-2
"They discovered a #microbial enzyme—citrate synthase from #cyanobacteria—that spontaneously assembles into a pattern known as the #SierpinskiTriangle. #ElectronMicroscopy and evolutionary #biochemistry studies indicate that this fractal may represent an evolutionary accident."
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Discovery of the first #fractal molecule in nature
https://phys.org/news/2024-04-discovery-fractal-molecule-nature.htmlEmergence of fractal geometries in the #evolution of a metabolic #enzyme: Franziska Sendker et al. https://www.nature.com/articles/s41586-024-07287-2
"They discovered a #microbial enzyme—citrate synthase from #cyanobacteria—that spontaneously assembles into a pattern known as the #SierpinskiTriangle. #ElectronMicroscopy and evolutionary #biochemistry studies indicate that this fractal may represent an evolutionary accident."
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For #PrinterSolstice prompt primary colours I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle.
🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt #primarycolours
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For #PrinterSolstice prompt primary colours I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle.
🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt #primarycolours
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For #PrinterSolstice prompt primary colours I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle.
🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt #primarycolours
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For #PrinterSolstice prompt primary colours I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle.
🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt #primarycolours
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For #PrinterSolstice prompt primary colours I combined 3 print media for each of blue, red and yellow. This print is about how fractal patterns appear in nature. I have combined a cyanotype of a fern leaf on Japanese paper, with a red gel print and yellow lino block print of a fractal Sierpiński triangle.
🧵1/2
#printmaking #multimedia #cyanotype #gelPrint #linocut #fern #fractal #SierpińskiTriangle #mathArt #MastoArt #primarycolours
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This video shows six different methods of creating the Sierpiński triangle including removing triangles, the chaos game, Pascal’s triangle mod 2, the bitwise dominance order, a ternary branching tree, and the arrowhead construction.
Six Sierpiński Triangle Constructions (visual mathematics)
#chaos #ChaosGame #ChaosTheory #dynamicalSystems #fractal #fractals #GenerativeArt #Geometry #Math #MathArt #MathematicalVisualProofs #Mathematics #nowWatching #Pascal #PascalTriangle #selfSimilar #sierpinski #SierpinskiTriangle #ternaryTrees #YouTube
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This video shows six different methods of creating the Sierpiński triangle including removing triangles, the chaos game, Pascal’s triangle mod 2, the bitwise dominance order, a ternary branching tree, and the arrowhead construction.
Six Sierpiński Triangle Constructions (visual mathematics)
#chaos #ChaosGame #ChaosTheory #dynamicalSystems #fractal #fractals #GenerativeArt #Geometry #Math #MathArt #MathematicalVisualProofs #Mathematics #nowWatching #Pascal #PascalTriangle #selfSimilar #sierpinski #SierpinskiTriangle #ternaryTrees #YouTube
