Pusan University09.07.21
‘Super-flexible’ material appears to be an absolute necessity for wearable electronics of the future. Of all the scientists working on developing this material, researchers from Pusan University have achieved success in developing one like never before, which is not only super stretchable, but also deformable, according to a study published in Advanced Materials.
The future will be colored by ‘bend-at-will’ light sources. A successful research study by a group of South Korean material scientists has proven that this future is not far away. As shown in a recent study published in Advanced Materials, this group from Pusan University has developed a super stretchable, deformable, and durable material through the application of mechanically reinforced ionogel conductors. The research paper, which was made available online on 13th May 2021, and was published in Volume 33, and Issue 25 of the journal on 24th J
The future will be colored by ‘bend-at-will’ light sources. A successful research study by a group of South Korean material scientists has proven that this future is not far away. As shown in a recent study published in Advanced Materials, this group from Pusan University has developed a super stretchable, deformable, and durable material through the application of mechanically reinforced ionogel conductors. The research paper, which was made available online on 13th May 2021, and was published in Volume 33, and Issue 25 of the journal on 24th J
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