Strong Correlation Physics Division
Outline
A strongly-correlated electron system is a state in which vast numbers of electrons mutually interact. By leveraging and controlling the movements of these electrons, it is possible to fabricate materials that have powerful energy properties, such as very low consumption, minimal electricity loss, and a high conversion ratio.
laboratories
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- Strong Correlation Physics Research Group
- Yoshinori Tokura
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- Strong Correlation Theory Research Group
- Naoto Nagaosa
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- Strong Correlation Interface Research Group
- Masashi Kawasaki
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- Strong Correlation Quantum Structure Research Group
- Takahisa Arima
- Recruiting
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- Strong Correlation Materials Research Group
- Yasujiro Taguchi
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- Quantum Matter Theory Research Group
- Akira Furusaki
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- Emergent Photodynamics Research Group
- Naoki Ogawa
- Recruiting
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- Strong Correlation Quantum Transport Research Team
- Yoshinori Tokura
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- Emergent Phenomena Measurement Research Team
- Tetsuo Hanaguri
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- Computational Quantum Matter Research Team
- Seiji Yunoki
- Recruiting
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- First-Principles Materials Science Research Team
- Ryotaro Arita
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- Electronic States Spectroscopy Research Team
- Kyoko Ishizaka
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- Strongly Correlated Spin Research Team
- Hazuki Furukawa
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- Electronic States Microscopy Research Team
- Xiuzhen Yu
- Recruiting
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- Dynamic Emergent Phenomena Research Team
- Fumitaka Kagawa
