FOR 557: Light Confinement and Control with Structured Dielectrics and Metals

电介质和金属是传统的光学材料，例如，电介质玻璃和晶体用于透镜和偏振器，金属用于镜子。然而，这种材料在微米和纳米尺度上的结构化产生了全新的光学特性。在研究单元的框架内，我们进行了这种材料的结构化，我们实验研究样品的光学特性。这些研究都伴随着理论建模。

Dielectics and metals are traditional optical materials, e.g. dielectric glasses and crystals are used for lenses and polarizers, and metals are used for mirrors. However, structuring of such materials on the micrometer and nanometer scale yields entirely new optical properties. In the framework of the Research Unit we perform the structuring of such materials and we study experimentally the optical properties of the samples. These studies are accompanied by theoretical modelling.