I recently discovered Conway's Game of Life and found it fascinating how simple cells following a few basic rules can create such complex and beautiful patterns.
What interests me most is the idea that small individual elements can combine to form something much bigger — whether it is a moving pattern in a simulation or a physical artwork created by hand.
This idea actually reminds me of[url] resin art. When working with epoxy resin, artists often start with simple elements like colors, shapes, pigments, or small inclusions, and combine them into unique patterns and designs. The final result can be surprisingly complex, just like many structures found in cellular automata.
I think there is an interesting connection between mathematical patterns and handmade crafts. Digital simulations like Conway's Life inspire us to look at shapes, repetition, symmetry, and transformation in new ways, while physical crafts allow us to bring those ideas into the real world.
Has anyone here ever experimented with creating physical versions of patterns from Conway's Life or other cellular automata? It would be interesting to see how these abstract designs could translate into real materials.
From Cellular Patterns to Physical Art: Turning Digital Shapes into Resin Creations
- NNlk05
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Re: From Cellular Patterns to Physical Art: Turning Digital Shapes into Resin Creations
Can this be moved into the Sandbox?
Feci quod potui, faciant meliora potentes.
https://nnlk05.github.io
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The world is my country, science my religion.
Code: Select all
x = 10, y = 3, rule = B34twz/S23
b2o4b2o$obo4bobo$2bo4bo!
[[ AUTOSTART AUTOHIDEGUI TRACK 0 -47/270 ZOOM 4 GPS 45 STEP 3 THEME BOOK ]]
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The world is my country, science my religion.
- MDA
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Re: From Cellular Patterns to Physical Art: Turning Digital Shapes into Resin Creations
Related discussion: https://conwaylife.com/forums/viewtopic.php?t=5599 (Let’s open a gift shop)Aaawen wrote: July 20th, 2026, 2:29 am I recently discovered Conway's Game of Life and found it fascinating how simple cells following a few basic rules can create such complex and beautiful patterns.
What interests me most is the idea that small individual elements can combine to form something much bigger — whether it is a moving pattern in a simulation or a physical artwork created by hand.
This idea actually reminds me of resin art. When working with epoxy resin, artists often start with simple elements like colors, shapes, pigments, or small inclusions, and combine them into unique patterns and designs. The final result can be surprisingly complex, just like many structures found in cellular automata.
Above paragraph edited to remove faulty URL tag.
[…]
Has anyone here ever experimented with creating physical versions of patterns from Conway's Life or other cellular automata? It would be interesting to see how these abstract designs could translate into real materials.
My website (a database of Life objects, WIP).
GlidINT has been released!
Currently working on a forum system for my website.
GlidINT has been released!
Currently working on a forum system for my website.
Code: Select all
x = 5, y = 17, rule = B3-ry4acenqt5eir6-ek/S2-a3-a4nq5aeknr6-akHistory
C$2C$.2C$2C11$.3D$3.D$2.3D!
[[ STOP 72 ]]