Terahertz Super-Resolution Imaging

该项目的主要目标是通过能够实时可视化精细（微观）结构的超分辨率THz成像系统来弥合THz仪器研究中的衍射障碍。超分辨太赫兹成像系统是由一个像素阵列组成，包括照明、传输、探测和倏逝场传感等功能。成像原理是基于磁耦合开口环谐振器（SRR），表现出指数衰减的倏逝场。由于整体集成，该项目在许多科学学科中开辟了未知领域。

The project's main objective is to bridge the difraction barrier in THz instrumentation research with a super-resolution THz imaging systems capable of visualizing fine (microscopic) structures in real-time. The super-resolution THz imaging system is made of an array of pixel including all functions such as illumination, propagation, detection, and evanescent eld sensing. The imaging principle is based on magnetically coupled split ring resonators (SRR) which exhibit an evanescent eld with exponential decay. Due to monolithic integration, the project opens up uncharted territory in numerous scientific disciplines.