Head:
Patricio Farrell

Coworkers:
Dilara Abdel, Zeina Amer, Yiannis Hadjimichael

Team Assistant:
Imke Weitkamp


Social:

from left to right: Patricio Farrell, Dilara Abdel, Zeina Amer, Yiannis Hadjimichael, Imke Weitkamp


Overview

The Leibniz group NUMSEMIC develops and numerically solves nonlinear PDE models. These models are often inspired by charge transport in innovative semiconductor devices. In particular, applications include perovskite solar cells, memristors, nanowires, quantum wells, lasers as well as doping reconstruction. To translate these applications into mathematical models, we rely on nonlinear drift-diffusion, hyperelastic material models, inverse PDE problems, localized landscape theory and atomistic coupling. Our methodologies include physics-preserving finite volume methods, data-driven techniques as well as meshfree methods.

Mathematical research topics


Applications

Highlights