Nakamura lab. develops new material creating or conserving energy by using ultrahigh density Si-based nanodots.
  • シリセン構造変調による熱電性能増大
  • シリセン構造変調による熱電性能増大
  • 世界最小熱伝導率の 結晶シリコン材料の実現
  • 世界最小熱伝導率の 結晶シリコン材料の実現
  • 透明ナノワイヤ材料による発電電力増大技術

The smallest thermal conductivity in Si crystal!!

Independent control of thermal and electrical conductivities.

Heat control using ubiquitous element-based nanostructures.

Tunable thermal switch using blockcopolymer.

Transparent thermoelectric material including nanowires.

Enhancing thermoelectric properties by engineering 2D silicene structure

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International Conference (Chair; Yoshiaki Nakamura) The 6th Asia-Pacific Conference on Semiconducting Silicides and Related Materials, 2022 (APAC-Silicide2022)International Conference (Chair; Yoshiaki Nakamura) The 6th Asia-Pacific Conference on Semiconducting Silicides and Related Materials, 2022 (APAC-Silicide2022)

Miraibukk / Kawaijuku Educational State-of-the-art research.Miraibukk / Kawaijuku Educational State-of-the-art research.

(日本語) Selected as Cover of Advanced Materials Interfaces

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Osaka UniversityOsaka University

Graduate School of Engineering ScienceGraduate School of Engineering Science

Department of Electronics and Materials Physics

Division of Advanced Electronics and Optical ScienceDivision of Advanced Electronics and Optical Science

Japan Society of Applied Physics

Thermoelectrics Society of Japan

International Thermoelectric Society

ACSIN-14 & ICSPM26

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