Self-organization in social insects often requires interactions among insects: such interactions can be direct or indirect. Direct interactions are the “obvious” interactions: antennation, trophallaxis (food or liquid exchange), mandibular …Models channel imagination in the sense that they usually contain the ingredients necessary to explain classes of phenomena: it might be worth exploring models which are known to (plausibly) explain phenomena of interest rather than start f…
Pierre-Paul Grassé
scientist · 2 mentions across 1 reading
In this course
Grassé was a French entomologist best known for his theory of stigmergy—the idea that indirect communication through environmental modification allows complex collective behavior to emerge without centralized control, particularly in social insects like termites. The course readings invoke his work to ground contemporary discussions of self-organization and distributed intelligence, using stigmergy as a conceptual bridge between biological swarm behavior and computational models of emergence. His framework becomes especially relevant for understanding how AI systems and human collectives might operate through environmental feedback rather than explicit command hierarchies.
Mentioned in 1 reading