Projects
Next-generation on-chip modelocked lasers based on novel material combinations and enhanced (non-)linear optical responses (LASMORE) Vrije Universiteit Brussel
nowadays be integrated on tiny chips based on ‘active’ semiconductor material platforms such as the
indium phosphide (InP) platform. On-chip modelocked InP lasers typically consist of an InP
waveguide resonator containing an InP amplifier and a nonlinear-optical InP saturable absorber (SA).
Notwithstanding the major progress made ...
Understanding the relationship between artistic and technical characteristics of saxophone sound: towards a new era in mouthpiece design. University of Antwerp
Organic spintronics based on intrinsically paramagnetic polymers. University of Antwerp
Maestro: Mastering Technologies For Scalable Spin-based Solid-State Quantum Processors. Hasselt University
A tomographic Particle Image Velocimetry (PIV) system for velocity measurement in fluid flows. KU Leuven
Experimental fluid mechanics is currently still needed to
study a variety of fluid flows and associated heat and mass
transfer phenomena. Very accurate numerical modelling for
most of these fluid flows is still to computationally
expensive, especially for 3D turbulent (two phase) flows,
which are experienced in many application fields (ranging
from (aero)acoustics, combustion (engines), (wind)
aerodynamics ...
"Stable Wide bAndgap Perovskites for Tandem Solar cells" (SWAPTS) Hasselt University
Continuous Monitoring of Diabetes biomarkers (CoMoDi) KU Leuven
Recently, metal oxides have attracted great attention as materials for electrochemical biosensors due to their low cost, functional biocompatibility, excellent chemical stability in biofluids and easy anchoring of biorecognition molecules. Drawbacks limiting their practical use in devices are the low conductivity and electron transfer kinetics. Nanostructural forms of metal oxides could overcome these limitations. The main goal of this PhD ...
Early detection of COPD exacerbations based on non-obtrusive data coming from patient-friendly wearable biosensors KU Leuven
Early detection of COPD exacerbations allows early treatment. This is crucial to avoid the accelerated disease progression related to having exacerbations. Previous attempts to pick up signs and symptoms of exacerbations included active self-monitoring, putting burden to patients and resulting in low compliance. Multiple vital signs can now be measured using unobtrusive wearable biosensors, allowing a silent data collection and know to come ...