On Friday 20 February 2015, B-PHOT researcher Nathalie Vermeulen received the Ignace Vanderschueren VUB-price for Fundamental and Applied Sciences, which is awarded every 6 years. The award commission selected Nathalie as laureate for this prestigeous price in recognition of the significance of her PhD research work on Raman lasers.
In his PhD thesis, Gebirie Yizengaw realized a miniaturized multichannel multiresolution imaging system in which the different channels have different Fields Of View (FOV) and angular resolutions. His imaging system is therefore able to capture, at the same time, images of an individual scene with different magnifications. It also enables to process the different images with different image processing algorithms. For example a motion detection algorithm could be implemented on the wide FOV - low resolution image, whereas a face detection algorithm could be used for the narrow FOV -high resolution image.
Over the past few years B-PHOT researchers have been investigating how to properly model slow-light propagation in silicon photonic crystal structures. In 2014 their research yielded a publication titled "On the limitations of the first-order nonlinear Schrödinger equation in slow-light photonic crystal structures" in the Journal of the Optical Society of America B (JOSA B). Recently this publication was enlisted as one of the most frequently downloaded JOSA B articles on integrated optics in 2014.
On 27th January 2015, B-PHOT organized the Inaugural Lecture of the VUB - TE Connectivity Chair. The lecture on 'Fiber Optics at TE Connectivity: past achievements & future opportunities' was delivered by Dr. Davy Brown, VP & CTO of Broadband Network Solutions at TE Connectivity.
VUB - Campus Etterbeek
Building F - 9th floor