High-Precision Laser Printing of Nanoparticle Metasurfaces for Light Control, Sensors, and Nanolasers

基于上一个项目的结果，本文提出的项目旨在进一步改进和扩展基于LIT的激光打印技术及其对实现新型功能和低成本光子器件的适用性。为了利用所提出的技术的科学潜力，重点将放在生成二维（2D）粒子晶格作为初始演示。新型材料将被研究用于激光打印工艺，并且第一次，特别的预结构材料薄膜将用于快速生产大面积，无缺陷和精确有序的纳米颗粒超颖表面，用于光控制，高分辨率光学传感器和纳米激光器。

Based on the results of the previous project, the here proposed project aims at further improvements and extension of the LIT-based laser printing technology and its applicability towards realization of novel functional and low-cost photonic devices. To exploit the scientific potential of the proposed technology, the focus will be put on the generation of two-dimensional (2D) particle lattices as initial demonstrators. Novel materials will be investigated for their use with the laser printing process and, for the first time, specially pre-structured material films will be applied for fast production of large-area, defect-free, and precisely ordered nanoparticle metasurfaces for light control, high-resolution optical sensors, and nanolasers.