Lenia is a system of continuous cellular automata, a form of artificial life.
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HOW?
The project started in 2015 by experimenting with Game of Life variations, which led to the discovery of continuous gliderOrbium, and 400+ more species.
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These digital creatures show lifelike features like self-organization, self-repair, bilateral and radial symmetries, locomotive dynamics, and sometimes chaotic nature.
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WHEN?
In 2018, investigations on Lenia accumulated into a video and a paper, attracted some attention on the internet and academia.
Once a coding exercise, Lenia has now evolved into an art and science research project, sparking international collaborations with universities and research labs.
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USE
In 2020, further extentions of Lenia led to more emergent phenomena, like interesting 3D/4D patterns, self-replication, pattern emission, self-boundary/individuality, aggregated patterns, polymorphism, intercommunicating colonies, etc.
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APPLICATION OF MATHEMATICS AND TIME
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LENIA’S PERSISTANCE OVER TIME
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QUESTIONS
Is there a limit on this digital universe?
What kind of new pattern or emergent property will appear next?
And what kind of questions or answers can we get from it?