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Materials and processes for innovative next-generation devices
Researchers & Research Theme
Phase I Phase II Phase III

2008 Researchers

Ryuji KATAYAMA Iwao KAWAYAMA Yoshihiro KANGAWA
Wataru KOBAYASHI Tomofumi SUSAKI Mitsuru TAKENAKA
Toshihiro NAKAOKA Kohei HAMAYA Tomoteru FUKUMURA
Norikazu MIZUOCHI    

Charge/spin/photon hybrid single-electron device based on quantum dot

photo Toshihiro NAKAOKA
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Associate Professor, Sophia University, Faculty of Science and Technology, Department of Engineering and Applied Sciences
Research Results
We aim to develop a novel hybrid device that combines the physical quantities such as "single electron charge", "spin", and "photon" which will register the information in the post-CMOS era. The hybrid device is based on semiconductor nanofabrication and quantum dot technologies. The objective is to propose and demonstrate the new functions of the device enabled by adding optical functionality and spin-spin interaction onto a single electron transistor which can be called an ultra-low power consumption device.



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