The development of integrated optical devices on semiconductor wafers has dramatically changed the world of optics, photonics, and of science and technology in general. In electronics many billions of transistor elements can be integrated nowadays on complex Integrated Circuits (ICs) at consumer level costs. Similarly, it is the goal of photonic integration to implement several photonic functionalities on a single chip. Hereto one can rely on the photolithographic techniques that have already been developed and optimized for electronics fabrication.
B-PHOT has built up extensive expertise in the modeling and design of integrated photonic components with continuous-wave and pulsed operation. Here we focus both on nonlinear photonic functionalities such as Raman lasing and Kerr wavelength conversion, and on sub-wavelength plasmonic light confinement in waveguide structures through nanometallic objects.
After the designed waveguide structures have been fabricated, we employ the state-of-the-art instruments in the cleanroom facilities of B-PHOT for the characterization of the waveguide components and for their proof-of-principle demonstrations. This equipment includes, amongst others, a nanopositioning setup for chip alignment, several continuous-wave and pulsed laser systems operating both in the near- and mid-infrared spectral domain, and high-performance power meters and spectrum analyzers.
A full overview of all publications in the field of Integrated Photonics can be found in our publication database
VUB - Campus Etterbeek
Building F - 9th floor