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The discussions vividly praise the breakthrough nature of the study, with phrases like 'unprecedented properties' and 'smallest origami metamaterial,' reflecting excitement and recognition of its potential impact. Words like 'game-changer' and references to publishing in notable journals underscore the high regard and perceived relevance of this research.
Most discussions praise the novelty and significance of the research, indicating strong consensus on its positive contributions.
Posts express high enthusiasm and curiosity, especially highlighting the unique properties and potential applications of the microscale origami metamaterials.
While some posts explicitly mention reading the article or sharing detailed insights, others simply show enthusiasm, suggesting moderate but genuine engagement.
Discussions emphasize that this research could be transformative for engineering and materials science, reflecting high perceived impact.
Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/tmrAJ95aks https://t.co/NEwwPQrJvk
Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read the article: https://t.co/8BlRWTKf5T https://t.co/drTDbBGwXO
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
Abstract: Folding at the Microscale: Enabling Multifunctional 3D Origami‐Architected Metamaterials https://t.co/TjnD2FV3BN
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
Discover how origami principles are transforming engineering through deployable structures, metamaterials, and foldable robots that enable advanced solutions in civil engineering, robotics, and healthcare. Dive into the…
Abstract: Folding at the Microscale: Enabling Multifunctional 3D Origami‐Architected Metamaterials https://t.co/TjnD2FV3BN
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
RT @AdvSciNews: Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read…
Origami engineering at small scales with 3D direct laser writing #metamaterials @ghpaulino @NorthwesternEng @CEEatGT Read the article: https://t.co/8BlRWTKf5T https://t.co/drTDbBGwXO
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
RT @ghpaulino: Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/…
Our smallest origami metamaterial, with unprecedented properties, has just been published in the Journal SMALL https://t.co/tmrAJ95aks https://t.co/NEwwPQrJvk
10.1002/smll.202002229. Keywords. /Physical sciences/Materials science/Materials/Metamaterials; /Applied sciences and engineering/Engineering/Mechanical ...
E 95 (2017) 013002, http://dx.doi. 1002/smll.202002229. org/10.1103/PhysRevE.95.013002. [22] L. Yuan, H. Dai, J. Song ...
Mechanical responses of folded structures from the generalized Small 2020;16:2002229. https://doi.org/10.1002/smll.202002229. Resch patterns ...
Small. DOI. 10.1002/smll.202002229. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert ...
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