Research– Research –

Over View

From ‘Ultimate Material Synthesis’ to ‘Future Device Development’

Various small devices with different functions are now overflowing in our daily lives, but ten years ago, they were unimaginable. Surely, in another ten years, devices with astonishing features that are unimaginable today will be commonly used.

We are conducting comprehensive research on innovative future devices with new functions that will play a role in such a future, from material synthesis development to device design, fabrication, and functional evaluation. One key focus for realizing future devices is “nano-materials,” which are extremely small materials on the order of one billionth of a meter.

Nano-materials exhibit significant changes in functionality due to structural differences at the atomic level. Therefore, achieving future devices requires the essential technology of precisely controlling the structure of nano-materials at the atomic level during synthesis.

Furthermore, to actually fabricate future devices, the technology of precisely arranging each nano-material, known as “integration,” is also indispensable. The synthesis and integration of these nano-materials with controlled atomic structures pose a challenge that can be called the “ultimate manufacturing” and has not yet been realized worldwide.

To address these challenges, we are working on development using a unique approach that combines our proprietary nano-material synthesis technology with modern AI technology.

Theme