Introduction

Research Areas

Next-generation Semiconductors

Discovery of core source materials for transition of the paradigm of semiconductor industry

More Moore

Ultrafine / ultra-low Power / ultra-high-density device

Resolution of dilemma confrontiong materials / device
Realization of ultrafine NC-FET
2D functional layers / electrode heterostructure transistor
Researches on monomolecular-level materials for storage of information

More than Moore

Next-generation intelligent semiconductors

Discovery of new materials for future semiconductors
Discovery of new materials for Al-utilizing semiconductors
Development of room temperature multiferroic materials for next-generation memory device
Direct optics-based next generation optoelectronic device
Researches on next-generation memory-based neuromorphic logic

Next-generation Display

Development of source technology for global lead in the display sector

Innovative Display copy

Next-generation display device

Development of device of high efficiency / high stability
Perovskite light emitting device
Next-generation quantum dot light emitting device
Next-generation flexible light emitting device

Advanced Analysis / Evaluation

Establishment of the platform for analysis and demonstration for development of new materials and device

Advanced Analysis

Development of the platform for demonstration of materials / device

Development of the technology for advanced analysis of materials / device
Establishment of the platform for analysis of core materials
Observation of changes in dynamic structure of semiconductor materials using radiation beam
Investigation of device motion mechanism using real-time TEM
Establishment of the platform for demonstration of materials / device

More Moore | Development of materials and device for achievement of ultrafine / ultra-low power / ultra-high-density device

Negative capacitance field-effect transistor (NCFET)

2D functional layers / electrode heterostructure transistor

Researches on monomolecular-level materials for storage of information

More than Moore | Development of source materials and device for next-generation semiconductors

Discovery of next-generation semiconductor materials utilizing big data platform

Development of room temperature multiferroic materials for realization of next-generation memory device

Researches on next-generation memory-based neuromorphic logic

Development of next-generation innovative display materials and device

Development of next-generation perovskite light emitting device

Development of next-generation quantum dot light emitting device

Development of next-generation deformable and flexible light emitting device

Researches on driving and degradation of next-generation semiconductor / display device

Emerging Devices

Researches on changes in dynamic structure of semiconductor materials utilizing real-time GIXD

Investigation of device motion mechanism using real-time heat and voltage-applied TEM