![sdg a1](/images/spring8/sdgs/sdg-a1en.jpg) |
Improvements in solar energy |
![sdg b1](/images/spring8/sdgs/sdg-b1en.jpg) |
Hydrogen storage using aluminum-based materials |
Development of surface-controlled steel with high corrosion resistance |
![sdg b2](/images/spring8/sdgs/sdg-b2en.jpg) |
Observing the atomic and molecular dynamics at a rate of 1/10,000,000sec. |
![sdg b3](/images/spring8/sdgs/sdg-b3en.jpg) |
More eco-friendly cars and higher efficiency wind-power generators |
Mechanisms of innovative superconductors |
Magnetic memory devices with ultra low-power consumption |
Domain wall driven by a magneto-electric effect |
![sdg b4](/images/spring8/sdgs/sdg-b4en.jpg) |
Highly efficient thermoelectric materials |
![sdg b5](/images/spring8/sdgs/sdg-b5en.jpg) |
Maintenance-free materials |
![sdg c2](/images/spring8/sdgs/sdg-c2en.jpg) |
Eco-friendly diatoms |
Thin film storing gas |
Developing fuel-efficient engines for eco-friendly vehicles |
Exhaust gas purification that does not require precious metals |
New cooling technology using solid refrigerants |
Damage-free analysis of catalysts |
Using hydrogen to reduce global warming |
Understanding how hydrogen is stored in materials |
![sdg c3](/images/spring8/sdgs/sdg-c3en.jpg) |
Lithium-ion battery development using machine learning and mathematics |
Effective use of hydrogen as a clean energy source |
Making batteries that are all-solid-state |
Storage hydrogen like noble metals |
Development of catalysts |
Information for the design of artificial enzymes |
Producing organic compounds from CO2 and H20 using sunlight energy |
Long-life and high-quality fuel cells for the future |
![sdg c4](/images/spring8/sdgs/sdg-c4en.jpg) |
Synthesis of innovative hydrides |
![sdg c5](/images/spring8/sdgs/sdg-c5en.jpg) |
Exploring the universe with gamma rays |
Predicting the Earth's future based on global water cycling |
Fate of the sub ducted subducted ocean crust deep in the Earth's interior |
Origin of earthquakes deep within the Earth |