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Researchers have created goldene – a single-atom layer of gold

Move over, graphene. Your blinged-up cousin, goldene, has entered the scene. Researchers have accidentally created a single-atom layer of gold.

Lars hultmanOlov planthaberShun kashiwaya

Perovskite LEDs for next-generation digital displays can detect fingerprints, changing light conditions and more

Perovskite LEDs for next-generation digital displays can detect fingerprints, changing light conditions and more
techxplore.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from techxplore.com Daily Mail and Mail on Sunday newspapers.

Feng gaoOlov planthaberChunxiong baoNature electronicsUniversity of oxfordUniversity liNanjing university

Unlocking the Inner Secrets of Matter With Next-Generation Neutron Mirrors

Improved neutron mirrors can increase the efficiency of material analysis in neutron sources such as the European Spallation Source, which is being built outside Lund, Sweden. The improved mirror has been developed by researchers at Linköping University by coating a silicon plate with extremely thin

Matthias schwartzkopfAnton zubayer fredrik erikssonOlov planthaberJochen stahnGyula nagyAnton zubayerArnaud le febvrierPer eklundArtur glavicSjoerd stendahlGrzegorz greczynskiNaureen ghafoorFredrik erikssonFridrik magnusFilm physics division at linkDepartment of physics

Organic Solar Cell Material Developed for Night Vision

Researchers at Linköping University have demonstrated that the material employed in organic solar cells can also serve as light sensors in electronic devices.

Feng gaoOlov planthaberRui zhangSkyla bailyDepartment of physicsSolutions for polymer analysis development industryAlice wallenberg foundationSwedish foundation for strategic researchSolutions for polymer analysis developmentSolar cell material developedNight visionImage creditNature photonicsPolymer analysisDevelopment industry focusPostdoc fellow

Microrobots That Morph into Shapes Before Hardening Like Bone

During birth, humans have gaps in the skulls that are enclosed by pieces of soft connective tissue known as fontanelles. Because of the fontanelles, the human skull is able to deform at the time of birth and pass successfully via the birth canal. Following the birth, the fontanelle tissue slowly turns to hard bone.

Hiroshi kamiokaEdwin jagerOlov planthaberEmilio haraJapanese society for the promotion of scienceSwedish research councilDepartment of physicsSwedish foundation for international cooperation in researchCan morphVarious shapes before hardening likeImage creditAssociate professorAdvanced materialsJapanese societyBridge fellowshipSwedish foundation

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