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Nest construction by weaver ants: Cognition without a brain

Behavioral Ecology, Cognition and seminar by Ofer Feinerman, Weizmann Institute of Science

Hosted by Simons Institute for the Theory of Computing

Wednesday 09:30 Los Angeles (GMT-7)

Recording available

Berkeley, United States
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Recording

40 min

Abstract

Weaver ants coordinate their bodies and surrounding leaves to construct enclosed nests. Laboratory experiments show that a local zipping rule predicts construction in simple settings, yet colonies also solve puzzles where that rule fails. The talk examines how coupled ant–leaf dynamics can support information processing beyond individual cognition, providing an experimental model for the capabilities and limits of collective problem solving.

Topics

Weaver antscollective problem solvingant–leaf dynamicsenclosed nestszipping ruleinformation processingindividual cognitionexperimental model