Forging Mind @forgingmind

Australian based 3D digital artist fascinated with creating order and balance through geometric form and colour. I'm not a mathematician but I love #mathart ⚛️ linktr.ee/forgingmind Brisbane, Australia Joined April 2016

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Mathematica @mathemetica

3 months ago

Infinity is Spinning Right in Front of You! This is Sierpinski’s Octahedron — a mind-blowing fractal where simple math rules create endless self-similar beauty… with a hypnotic twist! x.com/pickover/statu…

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Etienne Jacob @etiennejcb

4 months ago

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Cliff Pickover @pickover

4 months ago

Infinity Ring. A ring built from the Julia Sets that lie along the main cardioid of the Mandelbrot Set. By Matt Henderson, @matthen2, used with permission.

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wil michael @wilplatypus

6 months ago

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Cliff Pickover @pickover

6 months ago

Mathematics, Fractals, and Infinity. The beauty of strange universes. (Hyperbolic tiling shown in the Joukowsky projection. Regular {7,6}, from @tilingbot).

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Forging Mind @forgingmind

7 months ago

@RaphaelRau @OTOY @rendernetwork You are the texture goat!

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Forging Mind @forgingmind

8 months ago

@RaphaelRau @OTOY @OctaneRenderIt Well you’re pretty spot on, love this effect. I’ll study your YouTube tut and apply it to one of my knot or starball animations. Genuinely curious to see how it turns out. Will keep you posted 😊

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Cliff Pickover @pickover

8 months ago

Mathematics. The Hopf fibration (named after topologist Heinz Hopf) is a fundamental concept in mathematics that describes a deep and surprising connection between spheres of different dimensions.

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Koma Tebe @KomaTebe

8 months ago

f=0,d=200,draw=c=>{for(f||createCanvas(W=400,W),noStroke(background(0,20)),i=0;i<PI;i+=PI/256)r=99*cos(i+f/2),x=sin(i)*r+d,y=99*cos(i)+d,fill(W,150),circle(x,y,3),circle(W-x,y,3),fill(W,22),circle(W-x,W-y,3),circle(y,x,3),circle(y,W-x,3);f-=.05}//#つぶやきProcessing #tinycode #bw

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Mathelirium @mathelirium

8 months ago

A Blaschke-Quotient Flow on the Poincaré Disk Inside the unit disk, zeros and poles perform a Möbius ballet, twisting under SU(1,1) symmetries. Each point follows the gradient of an inner function, its path tracing folds of velvety hyperbolic fabric. Phase interference becomes light bending like thought itself. 🤯🤯🤩🤩🤗🫠

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APC5 @AlbertPCarpent1

10 months ago

a 20 ring knot inspired by mathematical artist Rinus Roelofs' ringed polyhedra. #mathart @rinusroelofs #math #art #stem #steam

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Forging Mind @forgingmind

10 months ago

~ Zono ~ #octanerender #geometricart

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Mathelirium @mathelirium

10 months ago

Neon Vortex Street: Lattice Boltzmann Air flows past a cylinder and sheds whirlpools in an alternating chain, the Kármán vortex street. Simulated with the Lattice Boltzmann method (D2Q9) at Re 60, 100, 180, 220. Higher Re = faster, tighter shedding.

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Forging Mind @forgingmind

10 months ago

@jasonamartineau ty 😊

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Forging Mind @forgingmind

10 months ago

~ Symmetry Hypnosis II ~ More arcs, spheres and mesmerising patterns... #octanerender #symmetry

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Forging Mind @forgingmind

10 months ago

@m_lequire 👍✨

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Forging Mind @forgingmind

10 months ago

~ Shadow & Light ~ Four squares casting geometric patterns through a dance of light and shadow. #octanerender #geometry

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Forging Mind @forgingmind

10 months ago

@MOOOOrion Do it ✨

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Forging Mind @forgingmind

10 months ago

Only around them - four of them. I can see your point as the squares look like they are emitting light too, but are simply reflecting. The pale white diffuse material in conjunction with the square shape causes the shadows to overlap and generate hues of the coloured lights, adding to the effect.