Stephen Wolfram proposes 'Ruliobiology': a computational theory of biological form
pickover · x · 2026-10-24
Stephen Wolfram published a long-form essay introducing Ruliobiology, an attempt to answer where biology's 'endless forms most beautiful' fundamentally come from and whether a general theory of form is possible.
- The method: enumerate 'Rulioorganisms' in the space of simple computational rules (ruliology), revealing fractal, organism-like forms — the post's images show four such generated shapes.
- The essay maps core evolutionary phenomena onto the computational framework: polyplexy, open-ended evolution, convergent evolution, trait correlation, and conservation of development.
- It extends to astrobiology: if form is computational inevitability, the distribution of alien life's shapes might be derivable.
- Framed as a systematic attempt at the theoretical foundations of biological form, from Darwin to ruliology.
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