Sharing the beauty of maths ꩜ Always learning + maths applets + online books and more: piped.video/channel/UCUATU6r…
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Want to explore complex analysis in a more visual and interactive way? 🧠💻
Explore, visualise, and learn complex analysis interactively with this project:
complex-analysis.com/
#ComplexAnalysis #Mathematics #MathEducation #Learning
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∞ 𝕁uan ℂarlos retweeted
Nuevo vídeo en el canal. Sobre la muy posible resolución de Navier-Stokes y toda su polémica.
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∞ 𝕁uan ℂarlos retweeted
Recently ported over the beautiful Blender 4.0 splash screen from @Gakutadar into the browser and the Gauntlet of Gods template from @_Pwnisher_ using #threejs's TSL. Both run at 60FPS on my cheap phone that uses WebGL.
I guess more 3D #b3d artists can consider porting over their work to live in the browser.
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∞ 𝕁uan ℂarlos retweeted
Magnetic Field #2 — Spherical Study
Particles flow from positive (+) to negative (−) poles, tracing a continuously changing magnetic field across a spherical surface.
Online: jeonghopark.de/magnetfield_v…
#GenerativeArt #CreativeCoding #MagneticField #threejs
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Nurecas
∞ 𝕁uan ℂarlos retweeted
Opus 5.5 is so good at presentation design
asked it to build a deck via our MCP server. one prompt, no follow up, and got this
slides.com/hakim/sol/fullscr…
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Ever thought about hanging up your Three.js hat?
Well, first you'll need a Three.js hat! 🤠
Price: As low as Spring lets me (zero profit)
threejs-store.creator-spring…
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Meng To
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Leo
∞ 𝕁uan ℂarlos retweeted
Heptrose Pattern for my over 700 Followers old and new! 🤗
Music: "Blinking Lights" by Kirk Osamayo
@kirkosamayo
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∞ 𝕁uan ℂarlos retweeted
Steiner's Porism: If a chain of circles all tangent to 2 given circles perfectly closes, then it does so wherever you start it.
Beginning with 2 unit circles with distance 4. Getting closer after each Revolution.
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∞ 𝕁uan ℂarlos retweeted
The Aizawa attractor is a system of three coupled, non-linear ordinary differential equations that produces a famous 3D strange attractor. Unlike the butterfly-like shape of the Lorenz attractor, the Aizawa attractor generates a distinctive sphere-like structure with a central core column passing through its axis.
dx/dt = (z - b)x -
dy dy/dt = dx + (z - b)y
dz/dt = c + az - z³/3 - (x² + y²)(1 + ez) + fzx³
#math #physics #Aizawa #chaos #chaoticmap
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