RIKEN Baton Zone Program Correlated-materials-based Ecological-device Laboratory

Strong correlation materials have potential for exhibiting ultra-high performance, the likes of which have never been seen in conventional metal or semiconductor materials. Examples of industrial applications include next-generation memory, such as ultra-low power consumption ferromagnetic memory, as well as energy harvesting devices, which can efficiently convert ambient energy, into electric energy. we believe that strong correlation materials will become an essential technology in the next generation because they could contribute to both energy saving and energy generation. Accordingly, we will undertake the development of strong correlation materials and their production processes while conducting proof-of-concept research for environmentally-friendly devices.

[Integrated Collaborative Research with Sumitomo Chemical Co., Ltd.]

Main Research Fields

• Complex Systems

Related Research Fields

• Physics
• Engineering
• Chemistry
• Environmental Science
• Interdisciplinary Science & Engineering
• Mathematical & Physical Sciences
• Electric and electronic materials-related
• Magnetism, superconductivity and strongly correlated systems-related

Keywords

• Strong correlation materials
• Core technology
• Environmentally-friendly devices.
• Ultra-low power consumption
• Energy Harvesting