![sdg b1en](/images/spring8/sdgs/sdg-b1en.jpg) |
Higher quality and performance for steel |
![sdg b2en](/images/spring8/sdgs/sdg-b2en.jpg) |
Production of innovative glass materials |
![sdg b3en](/images/spring8/sdgs/sdg-b3en.jpg) |
More eco-friendly cars and higher efficiency wind-power generators |
Achieving the long-held dream of "superconductivity at room temperature" |
![sdg b4en](/images/spring8/sdgs/sdg-b4en.jpg) |
Highly efficient thermoelectric materials |
Materials that have zero thermal-expansion ability |
![sdg c1en](/images/spring8/sdgs/sdg-c1en.jpg) |
Identify sediment-producing areas for forensics |
Highly sensitive detection and discrimination of volatile molecules |
![sdg c2en](/images/spring8/sdgs/sdg-c2en.jpg) |
Eco-friendly diatoms |
New cooling technology using solid refrigerants |
Developing a "mineral" for the safe disposal of geological materials |
Cleaning up contaminated land in Fukushima |
![sdg c3en](/images/spring8/sdgs/sdg-c3en.jpg) |
High-performance lithium-ion batteries (LIBs) |
Long-life and high-quality fuel cells for the future |
![sdg c4en](/images/spring8/sdgs/sdg-c4en.jpg) |
・レーザー溶接中の内部の様子 |
Design of material destruction |
![sdg c5en](/images/spring8/sdgs/sdg-c5en.jpg) |
Exploration the potential of space resource mining in the near future |
Origin of earthquakes deep within the Earth |
Ocean sustainability and the Earth's deep interior |
Nature of seismic waves |