The development and implementation of a COVId-19 scFv-TRAP portfolio for diagnostic and therapeutic applications

A miniature soft optrode for photopharmacological therapy towards epileptic seizure suppression

Femtosecond Laser Micromachining of Glass: A Platform for Integrated Optical Sensors

Implantable soft probes for optical neurostimulation

New hydrogel-based, soft waveguides for optical neuromodulation

Dense integration of photonic and electronic integrated circuits

Doctoral project Marie-Aline Mattelin

Doctoral project Shahryar Nategh

Integration of an InP photonic integrated circuit on an electro-optical interposer making use of an expanded optical beam interface

Structural health monitoring of glass structures

INTegration of complex Optical functionality in glass chips (INTOglass)

New hydrogel-based, soft waveguides for optical neuromodulation

Optical microsystems

Platform for photonic integrated circuits in glass using ultra-fast laser inscription

Soft and flexible technologies for electrical and optical modulation of the epileptic brain.

Transparent and hermetic feedthrough for chronically implantable soft optical and electrical neuroprobes

Advanced Packaging Pilot Line for Semiconductor System Scaling

Laser-written optical sensors in pre-stressed architectural glazing

Reliability of semiconductor lasers / LEDs integrated on an optical chip or in a miniaturized optical system.

Uncaging the potential of photopharmacology for the treatment of epilepsy

Artificial skin based on high density stretchable optical sensors