Bienvenue !
Post-Doc at the Radboud Univeristeit of Nijmegen in the Netherlands, my work is focused on the development and application of trace gas detection methods with lasers.
I develop state-of-the-art trace gas detectors that allow real time measurements at unprecedented detection levels. Typical performances are sub-part per billion volume detection limit for multiple gases, high selectivity and sub-second measurement speed.
The main application of the developed sensors is the trace detection of gases, which is of interest in many research fields such as Plant physiology, Post harvest research, Soil science, Microbiology, Ecology, Molecular biology, Medicine and Human health.
The high sensitivity allows observation of gas exchange of single fruit, insects, seeds, plants or roots, thus avoiding time consuming averaging procedures that smooth interesting dynamic events. Fast reactions of biological material are directly observable.