Spatiotemporal encryption of terahertz light assisted by computational method

本主题的重点是高频无线通信的安全方面，直接在 数据交换过程的物理层。 在这个激动人心的主题下，我们将结合有源微电子领域的创新想法，例如 使用“微电子机械系统”(MEMS)，产生和检测太赫兹 除深度信号处理外，还可通过非线性效应产生(THz)波。通过发展创新 有源太赫兹发射器、探测器和路由光学设备(即物理层安全)，我们将 也追求基于计算方法的新型超快太赫兹传感方法。

This theme focuses on the security aspect of high-frequency wireless communications directly at the physical layer of the data exchange process. With this exciting theme, we will combine innovative ideas in active microelectronics, such as the use of "microelectromechanical systems" (MEMS), with the generation and detection of terahertz (THz) waves by non-linear effects in addition to deep signal processing. By developing innovative active THz emitters, detectors and routing optic devices (i.e. the physical layer security), we will also pursue novel ultrafast THz sensing methods based on computational methods.