The aim of the market-oriented FiberFLU project is to develop micro-optical and microelectronic components for measuring fluorescence signals, which are to be manufactured in a compact and miniaturized form using semiconductor technologies. One application could be continuous blood glucose measurement based on fluorescent dyes
In the newly launched M2NL project, a development team at the CiS Research Institute is analyzing measurement data from various piezoresistive pressure sensors and wants to use the analysis results to calculate mechanical parameters and their temperature dependency. The aim is to investigate non-linear effects and their influence in the simulation using the FEM tool ANSYS Multiphysics
Also this year, three workshops on silicon-based sensor technology and related, current research results and latest trends within the individual focus topics will take place. The first of these three workshops was held on 6th June 2023 under the motto “Modern analytics for innovative and sustainable sensor technology & materials science” and highlighted current results from research and development in modern analytics for the semiconductor industry
The speakers Dr. Martin Schädel as well as Dr. Andreas Winzer presented an online webinar on the topic of “3D structured photodiodes” on 14.07. 2021. In the webinar, which lasted just under one hour, they used illustrative examples to report on the variety of new optical sensor solutions using technologies for 3D processing of silicon
Today, the winners of the AMA Innovation Award 2021 will be awarded during the conference “Sensor and Measurement Science International”. Research teams of the CiS Research Institute and Fritsch GmbH have also applied with a joint development project “Particle Measurement by Laser Diffraction
At the Compamed in Düsseldorf, which starts today, the Thuringian research institution, founded in 1993, will present current research results. The development of silicon-based microsensor elements for applications in industry, medicine and the environment has been a core competence of the CiS Research Institute for many years
Scientists at the CiS Research Institute are developing compact industrial quantum sensors with a tiny diamond at their core. These synthetic diamonds with a manipulated atom in the crystal lattice allow the high-precision measurement of magnetic fields
Impedance sensors are used for the analysis of e.g. air humidity, liquid levels or chemical/biological data. The sensors are used for the analysis of air humidity, liquid levels or chemical/biological parameters and are composed of interdigital electrodes (IDE). CiS will present the first results on the long-term stability of IDE sensors with diamond passivation in various aggressive media on 07.03.19 at the TU Ilmenau
For the 3rd time, the international workshop “Future of Silicon Detector Technologies” focused on technologies and devices for the development and production of radiation detectors. The focus was also on future research priorities in order to be able to manufacture sensors with extremely high radiation hardness with long-term stability and at low cost. In particular, the new experiments at CERN and at the Gesellschaft für Schwerionenforschung (Society for Heavy Ion Research) in Darmstadt require this radiation hardness in addition to other technical parameters
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