This session provides a platform for researchers to delve into the novel modelling techniques and the design of next-generation metasurfaces. We welcome contributions related to the following topics:
1. Active and dynamically tunable metasurfaces: explore novel active metasurfaces designs enabled by advanced materials such as liquid crystals and phase-change materials. Special attention will be given to on the dynamic modeling of such systems, including thermal effects, liquid crystal dynamical behavior, and their integration into tunable and reconfigurable devices.
2. Nonlinear metasurface modeling: exploit the latest breakthroughs in the modeling and designing of nonlinear metasurfaces, focusing on second-harmonic generation, wave mixing, and other nonlinear effects. Different modelling approaches ranging from the state-of-the art linear approximation to advanced nonlinear modelling techniques to achieve superior accuracy and performance.