Currently there are 6 open PhD positions available within the framework of the MSCA ETN Phonsi. Phonsi is a large scale European Training Network sponsored by the Horizon 2020 Marie Skłodowska-Curie actions in which academic and industrial partners provide research training on nanomaterials and nanophotonics and which is centrally managed from within the center for nano- and biophotonics. This involves the formation of new nanomaterials, the in-depth characterization of their opto-electronic properties and the development of a new generation of nanomaterials-based nanophotonic devices that operate down to the single photon level.
Phonsi combines the expertise of world-class supervisors in nanophotonics and nanocrystals at Ghent University (Belgium), Utrecht University (The Netherlands), Imec (Belgium), Philips (The Netherlands), Paris Tech (France), University of Erlangen/Nurnberg (Germany), The Israel Institute of technology (Israel) and Single Quantum (an SME based in The Netherlands).
Currently there are 6 open positions within this framework (more detailed info via the links below).
How to apply
Submit application to bart.geers@ugent.be and the responsible supervisor
documents needed: CV and Motivation letter
Deadline: 31 October 2014
Selection procedure
All applications will be screened according to the following selection criteria:
- Compliance with the general mobility rule for MSCA actions (applicants should not have lived,worked or studied for more than 12 months in the host country during the 3 years prior to the project).
- Compliance with local requirements regarding PhD enrollment and qualifications specified in the vacancy
- Individual transcript of records (variations in the chronological order of the CV will not be penalized
- Attitude towards research
Positively evaluated applicants will be invited for a job interview
All applicants will be informed on the outcome of the procedure and will be provided with the necessary feedback
Open positions
- Quantum dots for nearly tresholdless gain (supervised by prof. Zeger Hens, Ghent University)
- Towards photochemically stable and bright single quantum dots of III-V compounds (supervised by prof. Daniel Vanmaekelbergh, Utrecht University)
- Nanostructured 2-D semiconductors based on self-assembly of PbX or MPbX3 perovskite nanocrystals, for opto-electronic applications (supervised by prof. Daniel Vanmaekelbergh, Utrecht University)
- Smart Nanocrystal Matrix Composites (supervised by Dr. Patrick Baesjou, Philips Research)
- Design and preparation of colloidal quantum dots with photo-chemical stability (supervised by prof. Efrat Lifshitz, Israel institute of technology)
- Synthesisof 2D semiconductor colloidal nanostructures (supervised by prof. Benoit Dubertret, regie ESPCI- Paristech)
Comments
thanks
how about PHD in nanodevices?