Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

Synthetic ecosystems that autonomously and continuously evolve in silico 👾 An Alifer dream we pursue with Flow-Lenia ! If you are interested in complex systems with (1) emergent creatures and (2) intrinsic evolutionary dynamics, go check our new paper ! A 🧵

206,715 Aufrufe • vor 1 Jahr •via X (Twitter)

11 Kommentare

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

FL allows to embed the CA parameters within its dynamics, making them localised, just like genomes ! This makes FL a unique system to simulate multi-species environments where rules can compete for mass, spread and undergo mutations: all the ingredients for evolution to emerge !

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

We go larger scales in this work by simulating larger environments for longer ! We then use evolutionary activity metrics (see a framework designed to analyse systems that evolve under intrinsic fitnesses, to evaluate the long-term evolutionary dynamics

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

We use these metrics to evaluate the evolutionary dynamics emerging from Flow-Lenia local rules in different conditions and also visualise emerging evolutionary trees:

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

What if we could then engineer synthetic ecosystems to test our theories on the emergence of life and the evolution of complexity ? That’s what we propose by designing 2 additional environments within FL and measure their effects on the long-term behaviour of the system:

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

1. A dissipative environment with constant in- and out-flows of matter(=energy) 2. An environment where creatures need to consume, and compete for, external resources in order to counter their inevitable dissipation.

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

While we observe evolutionary dynamics in the system they still tend to settle and produce bounded complexity. The quest for open-ended dynamics is then still on ! In your opinion what is lacking now for more complexity to evolve ?

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

This work also recapitulates previous results with the Flow-Lenia system Like the discovery of complex emergent creatures form random search only:

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

And the optimization of the simulation parameters towards desired objectives, e.g creatures sensing and climbing gradients :

Profilbild von erwan plantec
erwan plantecvor 1 Jahr

With @hamongautier, @mayalen_etc, @BertChakovsky, @pyoudeyer and @ClemMoulinFrier ! Go check our paper for more ! 📄 📄

Profilbild von Mobile Scanner
Mobile Scannervor 1 Jahr

Scan any documents, convert images into text, PDF files, etc. 👍

Profilbild von Bio Protocol
Bio Protocolvor 1 Jahr

This is literally a synthetic biologist’s dream

Ähnliche Videos