伸びて輝け：光る新素材を開発

“Twist and Shine”: Development of a New Photoluminescent Sensor Material
2019/03/25 | Created on 2017/04/17
Stress sensors are important tools when it comes to evaluating the robustness of a material facing strong mechanical forces. OIST researchers have jus...
伸びて輝け：光る新素材を開発
2019/03/25 | Created on 2017/04/17
応力センサーは、強い力学的応力を受ける材料の頑健性を評価する際の重要なツールです。この度OIST�...
伸びて輝け：光る新素材を開発
2022/05/30 | Created on 2017/04/17
応力センサーは、強い力学的応力を受ける材料の頑健性を評価する際の重要なツールです。この度OIST�...
“Twist and Shine”: Development of a New Photoluminescent Sensor Material
2022/05/30 | Created on 2017/04/17
Stress sensors are important tools when it comes to evaluating the robustness of a material facing strong mechanical forces. OIST researchers have jus...
引っ張り応力が増大すると、メカノフォアからの発光度が増す

応力が増すとポリマー材質は延伸され、それに伴いメカノフォアからの発光がより明るくなる。（た�...
引っ張り応力が増大すると、メカノフォアからの発光度が増す
2017/08/07 | Created on 2017/04/17
応力が増すとポリマー材質は延伸され、それに伴いメカノフォアからの発光がより明るくなる。（た�...
The mechanophore glows more intensely as the stretching increases.

The polymer material is stretched with an increasing force resulting in a corresponding brighter emission of light from the mechanophore (here under U...
The mechanophore glows more intensely as the stretching increases.
2017/08/07 | Created on 2017/04/17
The polymer material is stretched with an increasing force resulting in a corresponding brighter emission of light from the mechanophore (here under U...
第4研究棟着工
2018/03/30 | Created on 2017/04/14
沖縄科学技術大学院大学（OIST）は今後2022年までに、研究ユニットを率いる教員数を100人体制まで拡充...
Lab 4 Groundbreaking Ceremony
2018/03/30 | Created on 2017/04/14
OIST is only at the beginning of an ambitious expansion program, aspiring to reach one hundred Faculty Research Units by 2022. To accommodate the new ...