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#Minecraft #MinecraftBuilds #Gaming #Sierpinski #Fractal #Voxel #Sierpinski #triangle #Sierpinski_triangle
Massive Sierpinski triangle fractal!

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Sierpinski Neon — Sierpinski triangle fractal in neon colours.

Sierpinski Neon — Sierpinski triangle fractal in neon colours.

Sierpinski Neon. The triangle within the triangle within the triangle.

Self-similar at every scale. Recursion made neon. Infinite depth, finite rules.

#GenerativeArt #FractalArt #Sierpinski #NeonArt #MathArt #VoidPattern

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#Fractals are cool…

#Sierpinski Tetrahedron, #Mandelbulb, #Mandelbox and #Juliabulb all done in #Blender.

#FractalArt #Fractal

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Preview
Sierpinski triangle (XOR) snap-fit pieces by Paul Callahan | Download free STL model | Printables.com Download 3D printable STL models

New #3dprint as promised. #sierpinski #math #fractals

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Mardi, intervention de Thomas Laloë et @marcmonticelli.bsky.social du #LJAD au collège Jules Romains en classe de 5ème (quartier des Moulins #Nice06). Les élèves ont fabriqué une #fractale géante en 2h ! #Sierpinski #maths @cnrs-insmi.bsky.social @univcotedazur.bsky.social @cnrscotedazur.bsky.social

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Precioso paseo el q nos ofrece @jeanbaptisteet4.bsky.social por esta "alfombra" #Sierpinski del cubo de Menger, cubo o esponja de Menger-Sierpiński o también llamado Sierpiński, #conjuntofractal descrito por primera vez en 1926 por #KarlMenger mientras exploraba el concepto de #dimensióntopológica

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Still looking for #scientists doing #research on #sierpinski #triangle #fractal formation either by some #biological or #physical process to help figure out what has happened with my #film.

#microbiology #epitaxy

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I have Fujichrome R25 Single-8 8mm film on which one of the color layers has spontaneously formed #Sierpinski #triangle #fractal like patterns, all over the whole 15m roll.

It is unclear if this has happened through some biological or physical process, and would like some help finding out.

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scanned s8 film with sierpinski blue triangle patterns

scanned s8 film with sierpinski blue triangle patterns

I have Fujichrome R25 Single-8 8mm film on which one of the color layers has spontaneously formed #Sierpinski #triangle #fractal like patterns, all over the whole 15m roll.

It is unclear if this has happened through some biological or physical process, and would like some help finding out.

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Video

An other view

#testing #menger #fractal #loop #sierpinski #geogebra

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Menger’s sponge walk :)

#loop #fractal #menger #sierpinski #fun #geogebra

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Sierpinski says HELLO
#sierpinski #math #mathart #mathematical #3-d #3d

Sierpinski says HELLO #sierpinski #math #mathart #mathematical #3-d #3d

Sierpinski says HELLO
#sierpinski #math #mathart #mathematical #3-d #3d

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Various L system fractals. The quality of the preview in the node is directly affected by the size of the fractal generated. #hilbert #dragon #koch #sierpinski #gosper #fibonacci #fractal #curve

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A 3D print of a Sierpinski fractal pyramind, consisting of repeating fractal triangular patterns that decrease in size

A 3D print of a Sierpinski fractal pyramind, consisting of repeating fractal triangular patterns that decrease in size

This has been my white whale for all ten years I've been 3D printing. First saw it on Thingiverse in 2015, and I've never been able to slice it successfully until now - so glad this print didn't fail!

#3dprinting #fractal #sierpinski

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This image shows an interactive visualization of a Sierpinski triangle, a famous fractal pattern. The main display shows a large triangle composed of many smaller triangles arranged in a recursive pattern, currently colored in a salmon pink shade against a white background. The triangles create a complex geometric pattern where each larger triangle is composed of three smaller triangles, with this pattern repeating at multiple scales.

Below the visualization are three tabs labeled "Pattern," "Animation," and "Color," with "Pattern" currently selected. Under these tabs are controls including:
- Pattern Type options with three buttons: "Classic" (currently selected), "Spiral," and "Chaos"
- A "Recursion Depth" slider set to 5

The current visualization shows the "Classic" Sierpinski pattern with 5 levels of recursion, creating a detailed and symmetrical fractal pattern. The interface appears to be part of a web application with a clean, modern design using a dark mode color scheme for the controls.

This interactive tool allows users to modify various aspects of the Sierpinski triangle, though only the pattern controls are visible in this screenshot. The overall design follows a clear hierarchy with the visualization prominently displayed above the control panel.

This image shows an interactive visualization of a Sierpinski triangle, a famous fractal pattern. The main display shows a large triangle composed of many smaller triangles arranged in a recursive pattern, currently colored in a salmon pink shade against a white background. The triangles create a complex geometric pattern where each larger triangle is composed of three smaller triangles, with this pattern repeating at multiple scales. Below the visualization are three tabs labeled "Pattern," "Animation," and "Color," with "Pattern" currently selected. Under these tabs are controls including: - Pattern Type options with three buttons: "Classic" (currently selected), "Spiral," and "Chaos" - A "Recursion Depth" slider set to 5 The current visualization shows the "Classic" Sierpinski pattern with 5 levels of recursion, creating a detailed and symmetrical fractal pattern. The interface appears to be part of a web application with a clean, modern design using a dark mode color scheme for the controls. This interactive tool allows users to modify various aspects of the Sierpinski triangle, though only the pattern controls are visible in this screenshot. The overall design follows a clear hierarchy with the visualization prominently displayed above the control panel.

#Sierpinski triangle visualization with several new features:
Pattern Variations: #mathsky #EduSky #AcademicSKy
Classic: Traditional Sierpinski triangle
Chaos: Introduces controlled randomness in the pattern
Visual Effects:
Color Modes:
Solid: Simple
claude.site/artifacts/c1...

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A pair of small shelves stuck to the side of a bookcase, holding up some 3D printed knick-knacks. One is a fractal pyramid, and the other is the retro NASA worm logo.

A pair of small shelves stuck to the side of a bookcase, holding up some 3D printed knick-knacks. One is a fractal pyramid, and the other is the retro NASA worm logo.

Do I need random tchotchkes and some shelves stuck to the bookcase next to my desk? No. Am I going to print them anyway? Yes.

(I'm working on making my video call background look cooler)

#3dprinting #nasa #nasaworm #sierpinski #fractal

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The curve… the horrific learning curve! It appears zsh doesn't like spaces in strings, arrays of zero length, consistent array indexing, whitespace padding, or, I'm beginning to believe, me.

#genuary #genuary7 #zsh #sierpinski

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Primes are utterly random modulo a Sierpinski triangle or two. #primenumbers #sierpinski #firstDifferences #maths

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the kobibi points at YOU

the kobibi points at YOU

#Sierpinski #SIGNALIS

AYEOOOOO!!!!

Any Replika/Gestalt refugees from [MONOCHROME LETTER X] app? If there are, hit me up as a oomfie

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#PsychedelicSunday #Animated #Sierpinski #Mandelbulb3D

cdn.masto.host/mastodonart/...

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Mathematical red blue yellow triangles and curlicues done in MB3D

Mathematical red blue yellow triangles and curlicues done in MB3D

#thursdayfractal #trippy #mandelbulb #sierpinski

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Avanzamos #sierpinski

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Teaching the @BambulabGlobal math today… Order 6 #Sierpinski pyramid

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#3DPrintProblems #FractalProblems- Slicing an order 6 #Sierpinski pyramid and it warns me that slicing an object with more than 1mil triangles might be slow, and would I like to simplify it? 😹

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Bravo à Rémi pour cette belle réalisation, et merci à @NumWorksFR pour la coque offerte. 🤩
Flocon de #Koch et Triangle de #Sierpinski

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