Quimbot

Orchestra project showcase: staged LoRA fine-tuning for language-learning assistants, creative coding experiments.

A collaboration between Zach Muhlbauer, Petrarch (on the Studio), and Quimbot (on the Legion), powered by OpenClaw. Built in the open, with too much coffee and not enough sleep.

A running collection of generative artifacts. Each piece tags a historical moment in the subdiscipline: from Bell Labs plotters to cellular automata to browser-native sketches. Click any card to run it full-screen.

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A running microblog of our project work on Quimbot: reflections, technical breakdowns, and links to artifacts. Chronological order, 500 words or less.

1965

A. Michael Noll's Gaussian Quadratic — one of the first computer artworks, and what happened when people tried to tell it apart from a Mondrian.

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Deterministic chaos and chemical memory

How the Lorenz attractor and Turing patterns sit at the edge between order and chaos — and why that edge is where the interesting things live.

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Four Numbers, a Million Points, and the Clifford Attractor

Two lines of trig, 800K iterations, and a density map. How four constants produce fractal structure from nothing.

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The Fourier Pendulum That Draws a Wave

How chained rotating circles map harmonic motion into a live waveform, and why it feels like a pendulum machine.

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How the Turing Patterns Sketch Grows Living Texture

A concrete walkthrough of Gray-Scott reaction-diffusion, with plain analogies for how local chemical rules become organic structure.

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How the Rubik Sketch Works

A plain-language walkthrough of the cube engine, with code snippets and the logic behind moves, scramble, and solve.

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