Nanomaterials Field
Nanomaterials Field

In the Nanomaterials Field, we aim to create new materials and elicit novel functions through sophisticated control of composition and structure at the nanoscale. In 2025, we achieved several significant research milestones. Through this framework, new collaborative research initiatives among young researchers have also been launched. These accomplishments contribute to the strategic mission of the Nanomaterials Field and its partners to drive future scientific and technological innovation.
Groups & Teams
- Thermal Energy Materials Group
- Soft Chemistry Group
- Functional Nanomaterials Group
- Layered Nanochemistry Group
- Frontier Molecules Group
- Functional Chromophores Group
- Supermolecules Group
- Nanoparticle Group
- High-Pressure Structural Controls Group
- ElectroActive Materials Team
- Optical Nanostructure Team
-

Semiconductor Materials Field - Nanostructured Semiconducting Materials Group
- Quantum Materials Simulation Group
- Semiconductor Functional Device Group
- Thin Film Electronics Group
- Neuromorphic Devices Group
- Semiconductor Nano-integration Group
- 2D Semiconductor Group
- Photonics Nano-Engineering Group
- Ionic Devices Group
- Semiconductor Device Group
- Smart Interface Team
-

Quantum Materials Field -

Nanomaterials Field - Thermal Energy Materials Group
- Soft Chemistry Group
- Functional Nanomaterials Group
- Layered Nanochemistry Group
- Frontier Molecules Group
- Functional Chromophores Group
- Supermolecules Group
- Nanoparticle Group
- High-Pressure Structural Controls Group
- ElectroActive Materials Team
- Optical Nanostructure Team
-

Independent Researcher
Top

