Projects
Celluloepidemiology: a novel paradigm for modeling T-cell responses on a population level (CELLULO-EPI). University of Antwerp
Advancing Regional climate modeling to High resolution with Worldwide Applications - ARCHWAy Ghent University
Climate change affects the spatial and temporal characteristics of rainfall globally, for instance through an intensification of the water cycle in the tropics and a drying of the subtropics. Locally, however, these changes may vary depending on the local environments and land-atmosphere interactions. Regional climate models are the main tools to investigate the climate in local environments and understand underlying physical processes. ...
EPOC 2030-2050: Energy Transition Fund: Energy modeling for policy support to enable a cost-effective and sustainable energy transition in 2030 and 2050 Ghent University
Models in financial mathemactics with inertia and jumps. University of Antwerp
Improving drought monitoring through assimilating multi-source remote sensing observations in hydrologic models Ghent University
The main objective of this research is to develop and improve techniques for the processing and assimilation of multi-source remote sensing products into large-scale hydrologic models with the aim to improve current worldwide early-warning systems for droughts. This will be based on an intelligent use of complementary remote sensing data and innovative modelling techniques. Existing algorithms will be further evaluated and adapted to the ...
Exactly solvable harmonic oscillator models based on the finite-difference approach Ghent University
The q-deformed harmonic oscillator, for which the wave function satisfies a finite-difference equation, is considered. The parameter h (related to q) appears as the finite-difference step. Combining four wave functions in a compass state, leads to chessboard-type interferences. As a second topic, we investigate perfect state transfer in a chain of qubits, where the interaction is q-dependent and where q-special functions play a role.
Towards sustainable and dynamic management of subsurface activities (GEOLOGICAL ECONOMICS). University of Antwerp
Multiscale Modelling of Electrical Energy Systems Ghent University
This project is a joint IAP project with Katholieke Universiteit Leuven, Universiteé de Liège, and other foreign universities. The prime object of the project is to focus on modelling and managing complete electrical energy systems (multiple electrical energy devices linked through the electric grid), based on the measurements and the solution of inverse problems. Understanding this multiscale behaviour is becoming increasingly important as ...