The NWO-funded research program “
Optical coherence; optimal delivery and positioning (acronym: OPTIC)” addresses optical challenges to enable high-tech optical devices that are energy efficient and secure, and improve food and water quality and quantity, with the aim of rendering the worldwide urbanization sustainable. Currently, high-tech industry is developing myriad novel devices that combine light scattering with free-formed optics, such as LED lighting, miniature satellites for environmental and climate monitoring, metrology equipment for semiconductor chip-industry and secure bankcards. Due to insufficient fundamental know-how of the combined technologies, devices are being designed by educated guesses, which limits progress and applications. The
OPTIC program will unite traditionally distinct technologies with a hierarchy of length scales ranging from microscopic (nanometer) to macroscopic (centimeter) scales. We develop novel insights and new architectures for free-form scattering optics to foster breakthroughs in the application areas mentioned above. The
OPTIC program taps directly into the strengths of high-tech industry, enhances the knowledge infrastructure, develops new networks of expertise, and educates a new generation of highly skilled professionals. See also the
introductory movie Your research will be hosted by the world-leading Complex Photonic Systems (COPS) chair in the MESA+ Institute for Nanotechnology, part of the Faculty of Science and Technology. The supervisory team includes Profs. Willem Vos, Melissa Goodwin (also at NanoLab-NL), Bill Barnes (also at Exeter), and Ad Lagendijk.
For our infrastructure and past performance, please visit