Abstract:
- The aim of the project is to develop new functional composite materials
consisting of silicon nanocrystals and metal nanostructures. The goal is
to demonstrate the potential of these materials in electronic devices and
in biological applicationsThe Japanese team is responsible for the development
of nanocomposite materials. The Czech team has two aims. The first one
is to study the luminescence properties in single nanoobject spectroscopy.
The other aim is to study the cytotoxicity and demonstrate the potential
as fluorescence probes for bioimaging. The Hungarian and Slovakian teams
perform theoretical research on nanocrystals and nanocomposites by different
approaches. The Polish team is responsible for modeling and fabrication
of nanocrystal-based electronic devices. Through the collaboration of these
five teams, new silicon-based environmentally friendly nanocomposite materials
can be produced and their potentials in different fields demonstrated.
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Member (representative of each country):
- Jan Valenta (Charles University, Czech)
- Minoru Fujii (Kobe University, Japan)
- Ádám Gali (Hungarian Academy of Sciences, Hungary)
- Ivan Štich (Slovak Academy of Sciences, Slovakia)
- Romuald Bartłomiej Beck (Warsaw University of Technology, Poland)
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Workshop, Seminar, Meeting:
- Kick-off meeting of Visegrad Group (V4)-Japan Joint Research Project on Advanced Materials
"Nanophotonics with Metal – Group-IV-Semiconductor Nanocomposites:
from Single Nanoobjects to Functional Ensembles"
November 10, 2015, Room 215, Science and Technology Research Building 3,
Kobe University - May 4, 2016, Project meeting in Lille (France) during 2016 EMRS spring
meetingParticipants: Jan Valenta, Anna Fuchikova, Lucie Ostrovská, Minoru Fujii, Hiroshi Sugimoto,
Takashi Kanno, Robert Mroczyński, Andrzej MazurakDiscussion on the progress of the joint project and sample exchange
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