The goal of the QSens cluster is the sustainable strengthening of the scientific, economic, and societal position through unique technologies and expertise. QHMI is the human–machine research consortium within the cluster. Using a brain–computer demonstrator and a muscle–prosthesis demonstrator, the consortium will showcase the first-ever miniaturization of the novel sensor system.
QHMI2 – New Technology for Capturing Human Body Signals
The goal of the project is to research a novel technology based on quantum sensors that can be used as a practical, everyday interface between humans and machines. Human–machine interfaces have become an integral part of our daily lives, both in private settings, the workplace, and in medicine. Quantum sensor technology holds the potential to detect and utilize very weak magnetic fields generated by electrical cellular activity in the body.
Miniaturization of a Novel Diamond-Based Quantum Sensor
Within the QHMI consortium, this innovative sensor technology is being analyzed and demonstrated for human-related applications for the first time. Two configurations are distinguished: one for detecting nerve activity in the brain and one for measuring muscle activity in the arm. The newly researched and developed highly sensitive sensors are diamond-based.
The Goal: To control prostheses without physical contact by measuring the magnetic fields generated by muscles.
This magnetic field technology now enables the use of these highly sensitive measurement techniques under everyday conditions, eliminating the need for a shielded laboratory environment. The considerable expertise and economic potential for life sciences and consumer products are shaped by the research capabilities of the University of Stuttgart, the Hahn Schickard Society, and the Fraunhofer Society, working closely with technology companies Bosch, Q.ANT, and Ottobock, as well as the Charité University Hospital. This expertise is embedded regionally in cross-sectional activities within the QSens consortium.
OUR TEAM
