Topic: collective behaviour

Explore whether the physics of glass and jamming transitions can provide shared principles for complex matter, from amorphous solids and granular flows to living systems. The programme combines theoretical, experimental and computational approaches to nonequilibrium dynamics, structural disorder and collective behaviour. Discussions connect soft and active matter with biological processes and medical challenges, seeking research directions that cross the boundaries between physics, chemistry, materials and medicine. 14 December at 10:15 to 18 December at 12:40; Asia/Tokyo (JST, UTC+09:00). At

Investigate how animal communication shapes coordinated movement and collective behaviour in the Communication and Collective Movement group. Quantitative research combines tracking-collar and passive-acoustic data with computational analysis and, where appropriate, modelling. The fully funded doctorate is based in Konstanz for four years, with a flexible start in summer or autumn 2027, through the IMPRS Quantitative Behaviour, Ecology and Evolution programme.

Tenure-stream appointment beginning July 1, 2027, focused on statistical mechanics applied to chemical systems. Develop theoretical and computational research on molecular structure, dynamics and collective behaviour, potentially including nonequilibrium phenomena, soft matter and biomolecular systems. Responsibilities include an independent externally funded research programme, teaching and service. A relevant PhD and evidence of research and teaching excellence are required. Salary: CAD 130,000–170,000 annually. Apply online with a cover letter, CV, research statement, teaching dossier, equi

Collective behaviour operates without central control, through interactions among individuals. The collective behaviour of ant colonies is based on simple olfactory interactions. Ant species differ enormously in the algorithms that regulate collective behaviour, reflecting diversity in ecology. I will contrast two species in very different ecological situations. Harvester ant colonies in the desert, where water is scarce but conditions are stable, regulate foraging to conserve water. Response to positive feedback from olfactory interactions depends on the risk of water loss, mediated by dopa