#Cellular automata simulation game code#

📝 Intrinsically Motivated Discovery of Diverse Patterns in Self-Organizing Systems - Mayalen Etcheverry (2019-11).📝 Introduction to Artificial Life for People who Like AI - Lana Sinapayen The Gradient (2019-11).📝 The Recursive Universe - Amanda Ghassaei blog (2020-05).📝 Hierarchically-Organized Latent Modules for Exploratory Search in Morphogenetic Systems - Mayalen Etcheverry (2020-06).📝 The Lasting Lessons of John Conway’s Game of Life - Siobhan Roberts New York Times (2020-12).[ Photo 🗣 Presentation GECCO 2018 Kyoto () [ Photo 🗣 Presentation P圜on Hong Kong ()

#Cellular automata simulation game code#

🗣 Presentation Hong Kong Code Conf ().

[ Photo 📢 Invited seminar Stanford University ()

🗣 Presentation ALIFE 2020 Montréal ().

📢 TV talk show about Lenia and Artificial Life RTHK Talk Show Hong Kong (2021-07, cancelled).

🗣 Talk IBM Accelerated Discovery Seminar (2022-11).

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? Like interesting 3D/4D patterns, self-replication, pattern emission, self-boundary/individuality, aggregated patterns, polymorphism, intercommunicating colonies, etc. In 2020, further extentions of Lenia led to more emergent phenomena, Once a coding exercise, Lenia has now evolved into an art and science research project, sparking international collaborations with universities and research labs. In 2018, investigations on Lenia accumulated into a video and a paper, attracted some attention on the internet and academia. These digital creatures show lifelike features like self-organization, self-repair, bilateral and radial symmetries, locomotive dynamics, and sometimes chaotic nature. The project started in 2015 by experimenting with Game of Life variations, led to the discovery of continuous glider Orbium, and 400+ more species. It was derived from Conway's Game of Life by making everything smooth, continuous and generalized. Lenia is a system of continuous cellular automata, a form of artificial life.