Colin M. Lynch

The paper investigates how ant foraging dynamics exhibit bistability and how tuning regimes affect collective behavior transitions.

The paper introduces the equilateral mixture triangle as a geometric framework to reduce inferential bias in nutritional experiments by improving the representation of nutrient interactions.

This paper models different task-allocation mechanisms in social insects, showing how response, satisfaction, and composite thresholds trade off speed, cost, and accuracy in task allocation.

The paper generalizes response threshold models for multiple tasks using a maximal-entropy approach, allowing analysis of task prioritization and interference across different task types.