Activities
Research Projects and Experimental Techniques
- Development of nanostructured materials using self-assembly schemes
- Synthesis of custom-designed molecular and nanoparticle building blocks
- Self-assembly of molecular and nanoparticle components using coordination and electrostatic binding
- Construction of 2D and 3D hybrid nanostructures
- Nanostructured metal and metal oxide films
- Metal nano-island films prepared by evaporation and annealing
- Thermal dewetting of just-percolated evaporated gold films
- Effect of film morphology on the optical properties
- Immobilized gold and silver nanoparticle films
- Chemically deposited copper nanoparticle films
- Morphologically controlled copper (I) oxide nanocrystalline films
- LSPR transducers for sensing applications
- Plasmonic properties of nanostructured gold films
- Plasmonic copper nanoparticle films prepared by chemical deposition
- Study of critical parameters of localized plasmon transducers
- Optimization of LSPR transducers
- Study of biological interactions using LSPR sensing
- LSPR biosensing for diagnostic applications
- Lab equipment
Coordination self-assembly of multilayers on Au
SEM image of copper nanowires
prepared by template electrodeposition
in nanoporous alumina
Transmission surface plasmon resonance
(T-SPR) spectra of a 2.5 nm gold island film
evaporated on silanized glass
NPNT