Dr. Vernerey's research group applies mechanics principles to study evolving dynamic network materials in nature, concentrating on cellular aggregates in both animal and plant tissues as well as insect swarms (fire ants). These materials are complex systems that continuously change, adapt or grow over time due to the dynamical interactions between interconnected components. This research has dual objectives: (a) to gain a fundamental understanding of the mechanics and dynamics of complex physical networks through theoretical exploration and computational modeling. (b) to apply this knowledge to the evolution, adaptation, and stability of living matter in changing environments, with applications to bioengineering, swarm intelligence and dendroclimatology.
keywords
Theoretical and computational mechanics of soft and living matter, cell mechanics, collective interactions and emerging behaviors, mechanics of growth and morphogenesis
