18 Mar 2015
Growing interest in QD-based technologies and recent commercialization prompts training recruitment drive.Phonsi, which combines several research institutes, along with IBM and startup Single Quantum and world-leading expertise in synthesis, characterization and integration of these nanocrystals.
The project aims to train a select group of researchers to a high level of expertise in all aspects of nanocrystal science and it is has the ambition to “gain new insights in synthesis, characterization, processing and integration of nanocrystals into devices that allow operations at the single photon level.”
Quantum dots are small pieces of semiconductor nanocrystal materials, which can be used to emit and detect light with highly specific characteristics, including at the single-photon level. Recently, significant growth in demand for these relatively novel optical nanomaterials is driving the next steps in the evolution of light based-technologies.
Phonsi project expansion
Zeger Hens, Phonsi project coordinator, who also works at UGent’s Department of Inorganic and Physical Chemistry, told optics.org, ”We are now looking for a further 10 or so PhD students to reach a total of 16. We will interview the next batch between now and the deadline, which is in the early summer, 2015.”
Phonsi is a consortium combining research institutes UGent, the coordinator, Utrecht University, Israel Institute of Technology, ESPCI Paris, Imec, Friedrich Alexander Universitat Erlangen-Nurnberg and ETH Zurich; large company IBM and a startup, Single Quantum, which offers leading expertise in synthesis, characterization and integration of these colloidal nanocrystals.
Hens described the current state of QD research and development as being “in transition” between the laboratory and the marketplace. “We have recently seen the emergence of early QD-based displays. Researchers in this field need to develop knowledge and possess a research attitude that enables them (to cope with complex, multidisciplinary problems and analyze these in terms of their chemical, physical and technological aspects.
”Candidates will also have to combine a wide knowledge of materials, concepts and disciplines to meet the challenges raised bymarket-driven research. If Europe wants to lead the future developments in photonics-by-nanomaterials, training of researchers with these skills and abilities is a must.”
The Phonsi approach intends to achieve these training goals with a research program on nanophotonics-by-nanocrystals, where colloidal QDs are combined with CMOS compatible platforms for integrated photonics such as silicon-on-insulator and Si3N4 to develop integrated nanophotonic devices. The project is supported by partner organizations, including Cardiff University, Philips, Nexdot, Flamac and IEMN-ISEN.
About the Author
Matthew Peach is a contributing editor to optcs.org.
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