Miniaturized thermopiles and array arrangements for significantly more compact and more powerful sensors and measuring devices are to be developed in the currently launched MyTZe research project
Based on the established 90° scattered light setup, a new optoelectronic particle counter for gas-bearing particles at high volume throughput is developed. Demonstrators are tested for applications in pharmaceutical laboratories
Two start-ups from Jena were able to pitch an LOI with the CiS Research Institute yesterday during the now fourth edition of the technology competition getstarted2gether. We are looking forward to a six-month intensive cooperation with the founding teams of Coachwhisperer GmbH and 4Pilots GmbH. The audience award of the FTVT, endowed with 1,000 euros, also went to Coachwhisperer GmbH
Dr. Martin Schädel, Head of the MOEMS Business Unit, will talk about “Sensor solutions for measuring vital parameters in the ear” in Stage 2 “Medical Technology: Microtechnology for Mobile Diagnostics and Therapy” on Wednesday, August 25, 2021 as part of the IVAM Hightech Summit
In the category “Innovative Product or Patent in the Healthcare Sector”, the Senetics Healthcare Group, honors the development of the optical blood pressure sensor at the CiS Research Institute
The focus is on the development of thermopiles with special absorbers and their fabrication with established semiconductor processes. Through simulations and experiments with demonstrators on selected gases, the function is to be investigated and verified
Encrypted communication with the help of quantum processors – Physics team of the University of Jena and the CiS Research Institute is awarded with highly endowed innovation prize “INNOspace Masters Award” of the “DLR Challenge” for the project “QuVeKS – Quantum Processors for Encrypted Communication with Satellites
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
In this 60-minute webinar, Dr. Andreas Winzer and Dr. Martin Schädel will use illustrative examples to report on the variety of new optical sensor solutions using technologies for 3D processing of silicon
As part of the “Advanced UV for Life” online workshop, Prof. Thomas Ortlepp will report on current project results in his presentation “UV-LED lamps with integrated digital control” on May 20, 2021. The aim of the project is to control the light intensity of UV-LEDs with low current ripple
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