Swiss Advanced Vision aims to restore a more natural focusing function after ophthalmic surgery.

Developers at EPFL, imec, Fraunhofer ISE and Saule Technologies collaborate on 'ambitious' tech transfer project.

Simultaneous imaging and energy harvesting achieved in new design of "self-powering" CMOS image sensor pixels.

Integrated fiber-optic spectrometer could be basis for ultra-compact quantum sensors based around atomic vapors.

University of Illinois UC develops "compact and affordable" camera to help surgeons visualize cancer cells under theater conditions.

University of Twente develops smartphone-based AR method for displaying internal features of patient body.

Graphene-based emitters for optical comms offer advantages over conventional semiconductor sources.

Fraunhofer team uses industrial wafer bonding kit to set new benchmark for a III-V/silicon multi-junction device.

Support via new industrial strategy fund could support development up to five quantum-enabled devices.

France-developed laser source for infrared chemical imaging is a promising tool for detailed early medical diagnosis.

Computational photography based on laser transmissions could solve a problem that has long limited potential of self-driving cars.

Politecnico di Milano's detection chain is also potentially more robust and cost-effective.