Projects

• Periodic orbits for a double pendulum

• Dynamics of a spinning penny

• Restricted N-body problem, chaotic spacecraft trajectories and targetting.

• Control of Chaos and the Ott-Grebogi-Yorke method.

• Dynamics of conformal maps and DLA.

• Models for biological flocking and swarming.

• Self-similar dynamics and scaling laws: liquid droplets or black-hole formation.

• Dynamics and Networks.

• Nonlinear (Lie group) control and the dynamics of rigid bodies.

• Models for sedimentation.

• Intermittency and the dynamics of sunspot activity.

• Synchronization of coupled chaotic systems.

• Pattern formation and continuum coupled maps.