Frontier Materials
Creates candidate materials and structure-function knowledge for CP missions.
Technical Groups
Technical Groups (TG) form the core foundation of IMMS research, serving as the structural basis of a problem-driven convergence research platform that integrates the entire research cycle from fundamental science at the atomic and molecular scale to system-level implementation.
Research Framework
Overview
They enable a seamless transition in which expertise, analytical infrastructure, and devices are reused across projects, while maintaining technological autonomy independent of any single project's lifecycle.
Technical Groups (TG) constitute the core long-term research pillars that enable IMMS's problem-driven research. Each TG specializes in a distinct functional area, while collectively forming a structured cycle that integrates the entire research cycle from fundamental discovery to autonomous experimentation.
RESEARCH CAPABILITIES
Technical Groups build durable research capability
TG1-TG5 are long-term capability groups. They keep materials discovery, computation, characterization, device implementation, and autonomous experimentation connected across Core Projects and shared platforms.
-
-
Multiscale Computation
Connects theory, simulation, and data to predict behavior across scales.
-
Multiscale Characterization
Provides multiscale measurement evidence and feedback for design decisions.
-
Frontier Device Solutions
Translates materials and evidence into device prototypes and operating systems.
-
Scalable Self-Driving Laboratory
Automates design-make-test-analyze loops through AI and robotics.
Latest news
All news
Prof. Seongjae Cho Advances Core Technologies for High-Speed, Low-Power AI Semiconductors
Prof. Jonggeol Na and Prof. Hyeong Jun Kim's Joint Research Team Develops a Catalyst for PET Recycling
IMMS Prof. Woo-Jae Kim's Research Team Develop World-First Technology to Produce Clean Hydrogen Directly from Mixed Plastic Waste
