Center for Nanobiophotonics and Laser Microspectroscopy
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Director:
Prof. dr. Aștilean Simion, corresponding member of the Romanian Academy
Members:
CS I dr. Habil. Focșan Monica (Conf. dr.)
CS I dr. Habil. Botiz Ioan
CS I dr. Farcău Cosmin
CS I dr. Boca- Farcău Sanda
Conf. dr. Maniu Dana
CS I dr. Potara Monica
CS I dr. Crăciun Ana-Maria
Dr. Andreea Câmpu
Dr. Raluca Borlan
Dr. Hada Alexandru-Milentie
PhD Șușu Laurențiu-Constantin
PhD Lăpușan Radu
PhD Holca Alexandru
PhD Stoia Daria-Ioana
PhD Mahboub Ismaël
PhD Handrea Drăgan Mădălina
PhD Babutan Iulia
MSc Vlad Cucuiet
MSc Oana Raducu
MSc Madalina Tudor
MSc Matei Craciunescu
MSc Andreea Balmus
MSc Mihnea Moruz
Associate:
Prof. CS I dr. Habil. Baia Monica
Research topic, current CDI directions
- Development of nanosystems based on plasmonic nanoparticles bio-functionalized with specific biomolecules, drug molecules or (and) reporter molecules for biomedical applications in the field of nanomedicine, in particular in cancer treatment (nano-chemotherapy, photodynamic nano-therapy, plasmon resonance hyperthermia, multimodal therapy, molecular diagnostics and imaging, etc.)
- Development of nano(bio)sensors and plasmonic nanodevices based on nanostructured (periodic) metal films or colloidal nanoparticles for the detection and identification of biomarkers or (bio)chemical agents by vibrational spectroscopy methods in particular SERS, plasmon resonance – LSPR-UV-VIS, fluorescence spectroscopy including time-resolved, FEM, FCS and FRET, etc.
- Development of integrated microfluidic devices in different configurations
- Implementation of fast, reliable and low-cost nanofabrication and nanostructuring procedures by physical methods (self-assembly, unconventional nanolithography, metal or polymer thin film deposition) or by chemical methods (plasmonic nanoparticle synthesis and biosynthesis, CVD, RIE, etc.)
- Validation of confocal microscopy (Raman and time-resolved fluorescence) as complementary methods in (nano)toxicity analysis and medical diagnostics at cell and tissue level
- Graphene and nanocomposites for optoelectronics and biosensing
Exploiting MicroTime200 fluorescence equipment in coupling with Titanium: Sapphire femtosecond lasers in advanced biomedical research and materials studies
Numerical simulations using the FDTD method
Conjugated polymers: optoelectronic properties and applications
