Research for analysis of optical properties of nanohybrid plasmonic devices and their applications

My research has focused on optical nanoantenna-based plasmonics for achieving improved performance in optical applications. Recently, I have researched on energy transfer through nanoantenna waveguides and nanopixel color presenting with nanostructures. I have also systemized the optical setups including EOT/SPR biosensor, plasmonic lithography, and I have working on multichannel imaging system. During the visit, I would like to develop and expand my research to hybrid plasmonics for achieving low-noise and high efficiency plasmon excitation scheme. With the enhanced performance in plasmonics, the designed structures can be applied for advanced optical sensor system such as SERS, efficient energy transfer through nanostructure-waveguide or color presentation in nanopixel. During the visit, my main tasks will be performing the simulation and setting up the optical system for research. I expect to successfully set up the framework for the about 2 research papers under supervision of Prof. Mojahedi even after I come back to Korea.

Faculty Supervisor:

Mohammad Mojahedi

Student:

Partner:

Pusan National University

Discipline:

Engineering

Sector:

Nanotechnology; Biotechnology; Other

University:

University of Toronto

Program: