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Discussions highlight the innovative nature of 2D materials and nano-origami, with many posts emphasizing potential breakthroughs in computing and microchip technology, such as references to faster, smaller chips and the 'future of computation.' The tone ranges from informative to optimistic, indicating a moderate level of engagement focused on technological implications.
Many discussions center around the significance of the research but do not show strong personal endorsement or disagreement.
The topic of 2D materials and nanomechanics seems somewhat intriguing to the participants, especially regarding potential applications.
There is some engagement through sharing links and mentioning the research, but little deep analysis or debate is evident.
Participants recognize the potential impact on future technologies like tiny chips and faster computers, reflecting perceived significance.
New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects Modulate Electronic and Nanomechanical Properties of 2D Materials https://t.co/xgUwPZGgfR
Graphene "nano-origami" creates tiniest microchips yet https://t.co/2pcdL7AkJi via @YouTube #graphene #GrapheneMicrochip #nanoOrigami #Futurism It could eventually help computers and phones run 1000s of times faster.
Aquí está el futuro de la computación. Les resumo: con nanopartículas de grafeno dispuesto en forma de "origami" se pueden hacer chips cientos de veces más pequeños y rápidos que con la tecnología actual, que además consumirían mucha menos energía. https://t.co/cZIxfKb4qq
Secret behind electronic and nanomechanical properties of 2D materials https://t.co/DaYn5Ym9rG
Graphene "nano-origami" creates tiniest microchips yet https://t.co/bwTdZGemse via @YouTube #graphene
A Graphene Revolution: 2D Sheets, Straintronics, Materials Science | FS Pod Ep 26 https://t.co/uBtWGclbqF https://t.co/CGH7SsYR5G
Physicists at the University of Sussex have developed the smallest microchips using graphene and 2D materials through nanoorigami, a groundbreaking technique first achieved by researchers. This innovation impacts…
Explore straintronics and nanoorigami techniques in 2D graphene, enhancing electronic and mechanical properties. Discover applications in biosensors, water filters, energy storage, and the potential to vastly improve…
@ChineseEmbinUS @PDChina @PDChinaBusiness https://t.co/QZwSkwpN0C
Defeitos estruturais modulam propriedades eletrônicas e nanomecânicas de materiais 2D. https://t.co/nc934W4CLs Informações de suporte. Clique para copiar o link da seção As informações de suporte estão disponíveis gratuitamente em https://t.co/9t5Rf2A64L . Medidas de espessura
Defeitos estruturais modulam propriedades eletrônicas e nanomecânicas de materiais 2D. https://t.co/nc934W4CLs Informações de suporte. Clique para copiar o link da seção As informações de suporte estão disponíveis gratuitamente em https://t.co/9t5Rf2A64L . Medidas de espessura https://t.co/xJaaa6TSC4
Defeitos estruturais modulam propriedades eletrônicas e nanomecânicas de materiais 2D. https://t.co/nc934W4CLs Informações de suporteClique para copiar o link da seção As informações de suporte estão disponíveis gratuitamente em https://t.co/9t5Rf2A64L . Medidas de espessura de https://t.co/ASMoV5uuc8
Defeitos estruturais modulam propriedades eletrônicas e nanomecânicas de materiais 2D. https://t.co/nc934W4CLs Informações de suporteClique para copiar o link da seção As informações de suporte estão disponíveis gratuitamente em https://t.co/9t5Rf2A64L . Medidas de espessura de https://t.co/sX0JW4h2sd
https://t.co/aYHfuvpsKa
Graphene "nano-origami" creates tiniest microchips yet | Graphene Micro... https://t.co/DliS0eGgkJ via @YouTube
RT @GrapheneLeaders: A Graphene Revolution: 2D Sheets, Straintronics, Materials Science | FS Pod Ep 26 https://t.co/uBtWGclbqF https://t.c…
A Graphene Revolution: 2D Sheets, Straintronics, Materials Science | FS Pod Ep 26 https://t.co/uBtWGclbqF https://t.co/CGH7SsYR5G
1 tweet then I'll stop. #read the actual science, they're trying to choose materials to make the best wrinkles because these chips are an origami puzzle and they are FRAGILE! And only once you get past that hurdle can you even start to make a tiny reader.https://t.co/Xx6ioMbXSP
Structural Defects Modulate Electronic and Nanomechanical Properties of 2D Materials https://t.co/Q2hCiW1rwq
RT @SrGattoBardo: Aquí está el futuro de la computación. Les resumo: con nanopartículas de grafeno dispuesto en forma de "origami" se puede…
Aquí está el futuro de la computación. Les resumo: con nanopartículas de grafeno dispuesto en forma de "origami" se pueden hacer chips cientos de veces más pequeños y rápidos que con la tecnología actual, que además consumirían mucha menos energía. https://t.co/cZIxfKb4qq
@Sebasti66855537 The actual link to the paper. https://t.co/VrAB0G9swH
RT @materials_lab: Secret behind electronic and nanomechanical properties of 2D materials https://t.co/DaYn5Ym9rG
Secret behind electronic and nanomechanical properties of 2D materials https://t.co/DaYn5Ym9rG
RT @rajamanickam_a: Graphene "nano-origami" creates tiniest microchips yet | Graphene Microchip https://t.co/bwTdZGemse via @YouTube #grap…
Graphene "nano-origami" creates tiniest microchips yet | Graphene Microchip https://t.co/bwTdZGemse via @YouTube #graphene
RT @TamilTechNews: Graphene "nano-origami" creates tiniest microchips yet https://t.co/2pcdL7AkJi via @YouTube #graphene #GrapheneMicroch…
Graphene "nano-origami" creates tiniest microchips yet https://t.co/bwTdZGemse via @YouTube #graphene
Graphene "nano-origami" creates tiniest microchips yet https://t.co/2pcdL7AkJi via @YouTube #graphene #GrapheneMicrochip #nanoOrigami #Futurism It could eventually help computers and phones run 1000s of times faster.
New piece of work #osng_Lab #2Dmaterials @ACSPublications https://t.co/tgIBzyTJkC
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
RT @MaterialsSussex: New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects…
New paper just published in @acsnano. Congratulations to everyone but especially Manoj and Frank. Structural Defects Modulate Electronic and Nanomechanical Properties of 2D Materials https://t.co/xgUwPZGgfR