Simple Rules, Emergent Beauty, and Life; Artificial and Otherwise

A Love Letter To Conway’s Game Of Life

Tyler Elliot Bettilyon
Published in
11 min readMay 29, 2018

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Like an ember floating through the night sky; an idea can be the spark of a wildfire. Watch the “rainbow” simulation.

In 1948 legendary thinker, engineer, and mathematician John Von Neumann wrote a paper called “The General and Logical Theory of Automata”. The paper was inspired by the “continuously increasing” and “very considerable” role played by automata in the natural sciences. In this, and several subsequent lectures and papers, Von Neumann would describe humans as a series of “elementary units” (e.g. muscle, neurons, a metabolic system); complex as we are, ultimately we can be boiled down to a kind of self-reproducing assembly line. In the process, Von Neumann posed the question that would become the spark of Conway’s famous game:

Can one build an aggregate out of such elements in such a manner that if it is put into a reservoir, in which there float all these elements in large numbers, it will then begin to construct other aggregates, each of which will at the end turn out to be another automaton exactly like the original one?

Von Neumann wanted to prove that we could invent mechanical life. Could machines reproduce themselves the way plants, animals, and/or bacteria do?

By this time, much of the fundamentals of DNA had been discovered. Scientists of the day knew about mitosis, some of the structure of…

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Teb’s Lab
Teb’s Lab

Published in Teb’s Lab

Teb’s Lab is a publication dedicated to educational content with a strong bend towards the overlap between programming and the sciences.

Tyler Elliot Bettilyon
Tyler Elliot Bettilyon

Written by Tyler Elliot Bettilyon

A curious human on a quest to watch the world learn. I teach computer programming and write about software’s overlap with society and politics. www.tebs-lab.com

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