Not exact matches
The authors suggest that the observed laws might describe a variety of dynamic phenomena from the motion of synthetic active particles to
animal flocks and herds, human crowd or opinion dynamics and help to formulate the general laws of
collective behaviour.
For centuries, scientists and non-scientists alike have been fascinated by the beautiful and often complex
collective behaviour of
animal groups, such as the highly synchronised movements of flocks of birds and schools of fish.
Mathematical models allow us to understand how patterns and processes in the real world are generated and how complex
behaviour, such as the
collective movement of
animal groups, can be produced from simple individual level rules.
Speed - cohesion trade - offs in
collective decision making in ants and the concept of precision in
animal behaviour