We work on several projects in which we develop, from high-bandwidth next-generation communication systems for inter-satellite links based on photonics; to co-processing architectures using photonics technology to accelerate AI routines.
Our research in advanced electronics is focused, on the one hand, on the application of a multimodal approach, which combines biopotentials with new optical spectroscopy techniques, in order to achieve man-machine transparency.
On the other hand, we also develop of state-of-the-art compact, high-performance optical inertial sensors designed to respond to the most demanding applications (autonomous navigation, positioning).
We research into new solutions to adapt classical cryptography technology to be resistant to classical and quantum attacks (post-quantum cryptography), especially focused on embedded systems and the IoT.
We also research on the potential applications of quantum sensing using magnetometer sensors based on spin systems (nitrogen-vacancy centers in diamond and silicon carbide).
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