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Expertise
Highly functional materials
and structures on the nanometer scale
Biomedical and energy applications
In vivo cellular imaging, long-term tracking of biological processes,
catalysis and photovoltaics
Research fields
Synthesis, characterization, surface modification
and biomedical applications of highly luminescent and stable
nanoparticles, particularly, near infrared-emitting quantum dots
Investigation of surface chemistry and surface-property relationship
of laser fabricated nanoparticles
Development of novel nano- complexes for the detection of virus
cellular trafficking
Novel solar cells based on the nanohybrids of quantum dots and
high-mobility carbon nanotubes
Design and realization of new high-efficiency, low-cost transition
metal nanoparticle catalysts
Investigation of the vibrational modes of viruses using metal
nanoparticles
Synthesis, characterization, surface modification and biomedical
applications of multifunctional nanoparticles, which integrate
superparamagnetic and luminescent components into a single
nano-architecture
Technological applications
Developing new synthetic routes leading to highly
functional nanostructured materials
Gaining more understanding of how structure, size and properties
(particularly, photophysical, plasmonic, catalytic and optoelectronic)
are related
Achieving precise control over properties and by exploring exciting
applications of nanostructured materials in biomedical and energy
sectors
Laboratory and related group
Institut Armand-Frappier, Université de Montréal,
Universita of Trieste (Italy), Industrial Materials Research,
Steacie Institute for Molecular Sciences
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