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In our digitalized high-tech living and working world, the availability of communication and data connections is a basic requirement. Due to the increasing mobility of users, the flexible use of broadband multimedia content e.
One promising option for increasing data capacity and usable bandwidth is the additional use of terahertz technologies. This forms the basis for innovation not only in the area of radio systems, but also in the area of non-destructive testing NDT. Terahertz waves can penetrate most electrically non-conductive materials, such as ceramics or plastics, in a manner analogous to ultrasound and X-ray, but can be significantly more advantageous, because, for example, they do not require a coupling medium or radiation protection measures.
Although terahertz radiation is predestined for a wide range of applications, such as in security technology, quality assurance or materials testing, its industrial introduction has so far failed due to the lack of availability of inexpensive, fast, and high-resolution systems with optimized, AI-based image recognition algorithms.
In the T-KOS project, terahertz technology is now to be synergetically developed for industry in the fields of communication and sensor technology for the first time. Terahertz radiation is being researched with a view to its possible use in industry. Three overarching project goals are being pursued:. These project goals are to be achieved through joint developments and the targeted use of synergies in the research fields of high-frequency electronics, terahertz photonics and wireless, high-bit-rate communications.
The project is organized along three parallel development paths, which are interconnected at key points. For each of the paths a demonstrator is realized. High-bit-rate electronic and photonic radio links at carrier frequencies around GHz and broadband channel characterization. Project goals. Three overarching project goals are being pursued: Industrially suitable terahertz communication and sensor technology by combining scalable electronic and photonic concepts. Inline monitoring of production processes with AI-based, real-time imaging processing for resource-efficient production.