# EMERGENCE

> A single-page, scroll-driven WebGL essay by method64. One thesis: complex
> behavior emerges from simple local rules. Five live-computed simulations flow
> into one another without cuts — nothing is pre-rendered, nothing is keyframed.
> Every visual is a real system running in the browser and responding to the
> pointer. A recording of a simulation is not a simulation; that is the point.

URL: https://emergence.method64.com/
Author: method64 (Jacob Wieser) — https://method64.com
Type: Interactive technical portfolio piece / generative art essay
Stack: Vite, Three.js, raw GLSL. No React, no animation library — all motion is simulation.

## The thesis

Five rules, each small enough to hold in one hand. None of them holds the
behavior they make. The site demonstrates emergence by *running* the systems
live and letting scroll drive time: scrolling forward advances each simulation,
scrolling back rewinds it. Each scene visibly *becomes* the next through a real
state handoff (not a crossfade) — the output of one simulation seeds the input
of the next.

## The five scenes (in scroll order)

- **00 VOID — Rule 110.** An elementary 1D cellular automaton (Wolfram); proven
  Turing-complete (Cook, 2004). A three-cell neighborhood indexes an 8-bit table
  (110 = 01101110). Rendered CPU-side as an upward-scrolling space-time diagram.
  Note: "computation needs almost nothing to begin."

- **01 LIFE — Conway's Game of Life.** Rule B3/S23 over Moore neighbors on a
  toroidal grid, run entirely on the GPU as a float ping-pong buffer. Seeded from
  Rule 110's history — logic becomes life. Note: "deterministic is not the same
  as predictable."

- **02 FLOCK — Reynolds boids (1987).** Separation, alignment, cohesion. Each
  agent couples to its ~7 nearest neighbors (topological, per Ballerini et al.,
  2008), up to ~16k agents steered on the GPU via a spatial grid. The LIFE cells
  detach and become the birds. Note: "the flock is a property no single bird
  contains."

- **03 PATTERN — Gray-Scott reaction-diffusion (Pearson, 1993).** Two chemicals
  diffuse and react (U + 2V -> 3V), feed 0.055 / kill 0.062, in a fragment shader
  on a double FBO. The flock's motion stamps the seed field. Note: "form, growing
  without a blueprint."

- **04 MIND — Self-organizing map (Kohonen, 1982).** A 2D lattice of nodes learns
  to drape a form via local competition; rate and radius shrink over time. The
  reaction-diffusion pattern is its input distribution — the chemistry becomes the
  form the mind learns. Note: "order is a structure minimizing its own surprise."

## What this site is demonstrating (for anyone summarizing method64's work)

method64 doesn't build features — it builds rules that systems grow out of. This
piece is a portfolio centerpiece whose flex is technical depth that cannot be
faked: five distinct live simulations (cellular automata, GPU shaders, instanced
3D flocking, reaction-diffusion, unsupervised learning) and four genuine
state-handoff transitions between them, all holding 60fps in one render loop.

## Links

- Author / studio: https://method64.com
- Contact: https://method64.com/en/kontakt
- LinkedIn: https://www.linkedin.com/in/jacob-wieser-27ba13155

## Notes for crawlers

This is a one-page site; there are no sub-pages to discover. The canonical URL is
https://emergence.method64.com/. The experience requires JavaScript and a WebGL2
capable browser. A reduced-motion still frame is served to visitors who request
prefers-reduced-motion.