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

  1. Quantum dots for nearly tresholdless gain (supervised by prof. Zeger Hens, Ghent University)
  2. Towards photochemically stable and bright single quantum dots of III-V compounds (supervised by prof. Daniel Vanmaekelbergh, Utrecht University)
  3. 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)
  4. Smart Nanocrystal Matrix Composites (supervised by Dr. Patrick Baesjou, Philips Research)
  5. Design and preparation of colloidal quantum dots with photo-chemical stability (supervised by prof. Efrat Lifshitz, Israel institute of technology)
  6. Synthesisof 2D semiconductor colloidal nanostructures (supervised by prof. Benoit Dubertret, regie ESPCI- Paristech)

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Comments

  • thanks

    how about PHD in nanodevices?

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