Miniaturized light-sources for medical and mobility applications
It’s official: our project MiLiQuant is funded by the BMBF – together with our partners Bosch, Zeiss, Nanoscribe, University of Mainz and University of Paderborn we will develop miniaturized light-sources based on diode-lasers and enable industrial Quantum Technology.
These miniaturized, frequency- and power-stable light-sources will allow a maintenance-free use even outside laboratory conditions. The development of these basic technologies is tailored to specific applications in the fields of quantum sensor technology and quantum imaging: The addressed applications range from diamond-based sensors for medical diagnostics (intraoperative detection of brain and nerve activity), sensors for autonomous driving (high precision gyroscopes) to quantum-based imaging in the infrared spectrum (radiation reduced microscopy of living cells).
The future is defined by the sharpest minds.
Our team works passionately and hand-in-hand towards the implementation of cutting-edge photonic solutions. We aim to build an innovative environment which nurtures the freedom to pursue visionary ideas.
Be a part of our interdisciplinary team and let’s write the future of industrial history together.
Quantum technology can do more.
And so can our team.
Product Owner (m/f/d) — Sensor technology for the semiconductor industry
You take responsibility for one Q.ANT sensor that will shape the future of the semiconductor industry.
Student assistant (m/f/d) for the development and characterization of nonlinear modules
You will help with the development of innovative nonlinear optical devices.
Laboratory engineer (m/f/d) for assembling optical systems and lasers
You are responsible for the assembly and experimental qualification of optical systems and lasers.