Complexity Cat 🐱

@amahury.bsky.social

Exciting stuff on complexity, theoretical biology, artificial intelligence, linguistics, neuroscience and their intersections. #complexitycat complexitycat.org

Timely to re-read Asimov’s robot stories: despite the Three Laws seemingly making everything predictable, things go wrong in unexpected ways. The source is context: environment, human behaviour, and the collective dynamics that emerge when robots interact. Sounds familiar?

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"At this very moment, we have an emerging alien—and uncontrollable—intelligence that bears scrutiny" Why do pple keep saying the models are "uncontrollable"? Any of them could be put in an unhackable sandbox--these exist! Any of these companies could shut any of these models off at any time.

Steven Levy@stevenlevy.bsky.social · last wk.

Advanced AI is a boon for philosophers who study consciousness. But by the time they define that elusive quality--if they ever do--AI might have its own views on the subject, conscious or not. The big challenge is controlling those models. www.wired.com/story/who-ca...

Are AI agents really building “civilisations,” or are we turning a security incident into science fiction? Here, @manlius.bsky.social examines how anthropomorphic language transforms unexpected machine behaviour into stories of agency, conspiracy, and rebellion manlius.substack.com/p/propaigand...

PropAIganda: from AI incident to AI mythology

How a remarkable cybersecurity experiment became a story about civilizations, conspiracies and secret swarms

manlius.substack.com

Good news if this workshop sounds like your kind of thing: we’ve extended the deadline to Sept 14 (AoE)! 🌱 At #SAB2026, “Wanting What Is Needed” asks how homeostasis shape value, motivation & adaptive behaviour. Come join us in Berlin on Oct 19!! 😊 wwin-workshop.github.io/sab2026/

Wanting What is Needed: From Homeostatic Control to Adaptive Behavior

A SAB 2026 workshop bringing together AI, robotics, neuroscience, physiology, ethology, biology and control theory around homeostasis, allostasis and adaptive behavior.

wwin-workshop.github.io