Projects
Charge transfer in semiconducting polymer / CVD diamond heterostructures Hasselt University
Understanding and tuning of light matter interactions in transition metal dichalcogenides monolayers and their heterostructures (QuantumTMDs). University of Antwerp
2.5-dimensional superconducting heterostructures. University of Antwerp
Chalcogenide Heterostructures as Nanocomposite Phase Change Materials Ghent University
The unique characteristics of phase change materials make them applicable in several emerging fields such as memory and photonics. Heterostructures are a promising way to improve the efficiency and performance of phase change devices by confining heat to a nanometer domain. Structural, thermal and optical characterization will be used to explore new materials for use in these structures.
Theoretical study of group III-V two-dimensional materials and heterostructures. University of Antwerp
Transition metal dichalcogenides heterostructures University of Antwerp
Study of MgO thin films and heterostructures for CMOS applications KU Leuven
Formation and charge transfer mechanism in semiconducting polymer / CVD diamond heterostructures - POLYDIAM Hasselt University
Investigation of the structural, chemical and magnetic state of the metal/oxide interface in composite multiferroics KU Leuven
Metal/oxide interface is a fundamental component in many devices such as magnetic sensors, piezoelectric transducers, and capacitors. The electrical properties of metal/oxide heterostructures are determined by the type of contact formed at the interface, i.e. Schottky or Ohmic contact. As devices are becoming smaller in size, interfaces are becoming even more important due to an increase in the surface to volume ratio. The metal/oxide ...