サカナ AI、物理世界向け集合知モデル発表

sophisticated, robust behavior can arise from many simple parts following local rules, with no central controller

No brick is told its position or which shape it is part of, yet from these purely local exchanges the collective converges on the correct global shape

This ability to classify general anatomical features, rather than match a fixed target shape, is what enables variability among individuals while enhancing the robustness of the process.

We introduce a fully decentralized system in which hundreds of physically embodied 'cellular' bricks collectively classify their global shape and detect local damage, with no central controller and no module ever knowing its own position.