Woo-Bin Jung Group
We are looking for new members (undergraduates and graduates)!
Research topics: pH localization with CMOS-based electrochemical system / DNA synthesis on a CMOS chip / High Entropy Alloy (HEA) nanoparticles for electrocatalysis
Please feel free to contact here: woobinjung@postech.ac.kr
Cybernetic Electrochemistry Lab
Main Research Theme: We are on a quest for electrochemical solutions to address future challenges.
Cybernetic Electrochemistry refers to a multidisciplinary field that combines principles of cybernetics based on semiconductor system and electrochemistry to develop advanced systems and technologies — (1) Semiconductor-based Electrochemical System, (2) Biological Computing System, and (3) Electrocatalytic System. Cybernetic Electrochemistry implies the utilization of cybernetic principles—such as automation, feedback control, and computational intelligence—in electrochemical systems. This integration aims to enhance the precision, efficiency, and functionality of electrochemical processes. Applications might include biological computing system (electrochemistry-based neuromorphic engineering and DNA computing), smart sensors, automated and microscale electrochemical analysis, and multi-functional electrochemical systems, where real-time data processing and adaptive control are crucial for optimizing performance and outcomes.
Main Research topics
Semiconductor-based Electrochemical System
Semiconductor-based electrochemical system research covers nano/microfabrication, packaging, multi-functional electrochemical system, and integration with microfluidics, optical microscope, and others.
Biological Computing System
Biological computing includes computing system inspired by biological systems such as neural networking and DNA data storage. Our group focuses on electrochemical ways to mimic and demonstrate bio-inspired computing systems.
Electrocatalytic System
Electrocatalysts using unique nano/microscale structures and materials for sustainable environment and energy, integrated with cybernetic electrochemical systems.