Magneto-optical materials
Advanced nanoparticle-composite sol-gel materials for compact photonic integration.
CIRCULIGHT develops compact and energy-efficient photonic integrated circuits by creating and harnessing optical circulators on any photonic platform.
Advanced magneto-optical composite materials for monolithical integration of the circulator on ony photonic platform.
Research focus
Advanced nanoparticle-composite sol-gel materials for compact photonic integration.
Optical circulator concepts designed for monolithic integration into photonic platforms.
Miniaturized and scalable photonic integrated circuits for future optical systems.
Consortium
The CIRCULIGHT consortium brings together research institutions, technology partners and industrial expertise to develop integrated optical circulators for future photonic platforms.
Project coordinator
University partner
University partner
University partner
University partner
University partner
University partner
Industrial partner
Industrial validation
Latest news
The CIRCULIGHT consortium gathered in Ostrava, Czech Republic, for its 2-year meeting hosted at VSB – Technical University of Ostrava.
Read more
CIRCULIGHT was represented at SPIE Photonics West with contributions to the conference programme, including an oral presentation and a poster.
Read more
The CIRCULIGHT project will host a dedicated symposium on hybrid integration and multiphysics nanomaterials for photonic devices and circuits.
Read more