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Alkoxy Substitution on Asymmetric Conjugated Molecule Enables High-efficiency Ternary Organic Solar Cells

Alkoxy Substitution on Asymmetric Conjugated Molecule Enables High-efficiency Ternary Organic Solar Cells
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National natural science foundation of chinaEnergy lettersNational science fund for distinguished young scholarsZhejiang provincial natural science foundation of chinaNingbo institute of materials technologyChinese academy of sciencesNingbo instituteMaterials technologyChinese academyNational science fundDistinguished young scholarsNational natural science foundationZhejiang provincial natural science foundation

Novel Fluorescent Organohydrogel Proposed to Achieve Dual Information Encryption

Novel Fluorescent Organohydrogel Proposed to Achieve Dual Information Encryption
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Smart polymer materials groupNational natural science foundation of chinaNational key researchZhejiang provincial natural science foundation of chinaNingbo institute of materials technologyDevelopment program of chinaChinese academy of sciencesNingbo instituteMaterials technologyChinese academyAdvanced opticalNational natural science foundationDevelopment programZhejiang provincial natural science foundation

Fluorescent Organohydrogel for Dual Information Encryption

Prof. Tao Chen’s Smart Polymer Materials Group at the Chinese Academy of Sciences’ Ningbo Institute of Materials Technology and Engineering (NIMTE) has developed a new fluorescent organohydrogel with shape-memory ability, allowing for photo-writing/photo-erasing and dual encryption of fluorescent information.

Tao chenAlex smithNational natural science foundation of chinaNational key researchPolystearate methacrylate organogel polymer networkTao chen smart polymer materials groupZhejiang provincial natural science foundation of chinaNingbo institute of materials technologyDevelopment program of chinaSmart polymer materials groupChinese academyScience ningbo instituteMaterials technologyFluorescent organohydrogelDual informationNingbo institute

Extremely Strong Stretchable Electrode for Wearable Devices

Professor Runwei Li’s group at the Chinese Academy of Sciences’ Ningbo Institute of Materials Technology and Engineering (NIMTE) has devised a nano-liquid-metal-based extremely powerful stretchable electrode (NHSE) for a variety of electronic skin (e-skin) functionalities, including human healthcare monitoring and human-machine interaction.

Runwei liGuang zhuTechnology of china national keyNational natural science foundation of chinaUniversity of nottingham ningbo chinaTechnology bureauZhejiang provincial natural science foundationMinistry of scienceChinese academyScience ningbo instituteMaterials technologyCreate extremely strong stretchable electrodeImage creditProfessor guang zhuNottingham ningboNingbo municipal

Chinese Scientists Develop Highly Robust Stretchable Electrode for E-skin Applications

Chinese Scientists Develop Highly Robust Stretchable Electrode for E-skin Applications
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National keyNational natural science foundation of chinaNingbo institute of materials technologyUniversity of nottingham ningbo chinaChinese academy of sciencesZhejiang provincial natural science foundationTechnology bureauTechnology of chinaMinistry of scienceNingbo instituteMaterials technologyChinese academyNottingham ningbo chinaNingbo municipalNingbo scientificTechnological innovation