Nonlinear Surface Modes in Photonic and Plasmonic Metamaterials

The study of the flow of light propagating at an interface between different materials is of a fundamental scientific and practical importance. The aim of the project is to explore novel nonlinear physics of surface states in reconfigurable photonic metamaterials, which would provide the revolutionary components for telecommunication systems and medical equipments. As a result of this project, we will study nonlinear dynamics of surface modes in tunable photonic structures combining photonic, plasmonic, and left-handed metamaterials, and their composites. The expected outcomes of this project will benefit Australia s capability to build all-optical switching devices and sensors.