You are an ambitious and creative Masters student from Applied Physics, Physical Chemistry or Nanoscience, with both scientific and practical skills. You have good communication skills in English and you are able to work both independently and as part of a team.
The first research project aims to make sub-retinal implants for the blind. The implantable consists of a two-dimensional array of organic photodetector on a very thin plastic film. The photodiodes convert pulsed near-infrared light into photocurrent pulses that electrically stimulate neurons. Depending on the background of the candidate and the exact timing of the internship, the student will work on optimizing the photodiodes in terms of spectral response or output voltage or characterize the photodetector (time response, lifetime).This project is carried out together with the Technical University of Eindhoven.
The second project aims to realize stretchable arrays of organic photodetectors. Made in planar mesh layouts with conventional techniques, the photodetector arrays are deformed and transferred onto a hemisphere, mimicking the facet eye of insects. Focal point of this project will depend on the interests of the student. It can be more towards the fabrication part of the mesh structure (plus its mechanical behavior). Then, the candidate will make a model that gives accurately the positions of photodetectors on the hemisphere, and validate this model by experiments and finite element analysis. The project can also be more geared towards the optimization of the (semitransparent) photodetector. Then, the optical aspects will be of paramount importance.
- Literature research to provide you with the required theoretical background
- Device fabrication, characterization and optical/mechanical modeling
- Participation in group meetings providing feedback, discussing results and proposing solutions to the various challenging aspects of the project
- Dissemination of results through presentations and a final written report
For all inquiries, please contact:
For more information contact: Gerwin Gelinck (firstname.lastname@example.org)