A Research on Sensitivity Improvement and Performance Amplification of Biosensors Using Nanopores, Remote Doping and Multiple Logic Circuit Device Structures

The main goal of the proposed project is to implement a high-sensitivity biosensor by using nanomaterials. We aim to address the current issues in biosensor technology and lead the innovative role of the international community through exchanges and cooperation between Canadian and Korean researchers. In order to achieve goals, high-quality semiconductor thin-film deposition technology over a large area and performance-enhancing technologies such as remote doping, nanopore formation, and multi-valued circuit design are required. As prof. Gupta’s research team in Canada is intensively developing technologies of the large-area deposition of organic semiconductors and 2D TMD thin-films using 3D printing and PLD and prof. Yoo’s research team in Korea is actively conducting research on realizing high-performance sensors by controlling the properties of next-generation materials, through this project, it is expected that the technological convergence of the two research teams will complement each other and create high synergy on advanced biosensor development.

Faculty Supervisor:

Manisha Gupta

Student:

Partner:

Gachon University

Discipline:

Engineering

Sector:

Nanotechnology; Biotechnology; Information and Communications Technology

University:

University of Alberta

Program: