My research interests include a broad array of microscale phenomena, in particular these that can lead to the generation of contrast for ultrasound and photoacoustics. Such phenomena often involve cavitation, phase change and heat and mass transfer. I also have a keen interest in therapeutic applications of microbubbles for sonoporation, sonoprinting and gene therapy. Studying microscale physics also requires a precise control of the particles properties, and in particular their size. A significant part of my research activities therefore focuses on production method and precise control of microfluidic production techniques. High-speed imaging is a critical tool in such studies.
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For the past 6 years, I am involved in teaching medical acoustics to master students with Prof. Michel Versluis. I have also supervised several bachelor thesis students and 9 master thesis students.
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The research projects in which I am involved revolve around the idea of using microscale physics in order to generate contrast or induce therapy on a single cell level. These mechanisms involve in particular phase change, microbubbles resonance and controlled production of complex particles.