3D Printed Dielectric Structures for THz Applications ((2)-C13)

该项目的目标是使真正的单片3D陶瓷太赫兹组件能够在毫米和亚毫米波长范围内实现高精度定位。为此，一种新兴的3D打印技术被引入太赫兹研究领域，即“基于光刻的陶瓷制造”。由于该技术目前没有太赫兹应用，本项目将进一步发展该技术的亚毫米波适用性。这将在太赫兹频率范围内实现前所未见的设备可能性和复杂性，这超越了经典的2.5D减法制造以及当前的3D打印技术。

The objective of this project is to enable true monolithic 3D ceramic THz components for highly accurate localization purposes, which operate in the mm- and sub-mm wavelength range. For this purpose, a novel emerging 3D printing technology is introduced into the field of THz research, which is “Lithography-based Ceramic Manufacturing”. With currently no THz application of this technology, this project will further develop the technique for sub-mm wave applicability. This will enable unseen device possibilities and complexity in the THz frequency range, which go beyond the state of the art of classical 2.5D subtractive manufacturing, as well as current 3D printing technologies.