The posted discussions show appreciation for the article’s detailed overview of material design and future prospects, using positive language like 'excellent overview' and emphasizing advancements, which indicate high interest and agreement. The engagement is modest, with references to specific components like sensors, but overall, the discussions point toward a recognition of the publication’s potential influence on the field.
AgreementModerate agreement
Most discussions acknowledge the article's thorough overview of material developments and express appreciation for its insights, indicating general agreement with its significance.
InterestHigh interest
The enthusiasm and focus on advances and future directions reflect high interest among readers about flexible electronic innovations.
EngagementModerate engagement
Comments demonstrate moderate engagement, such as highlighting specific topics like sensors and materials, though they are brief.
ImpactModerate impact
The discourse suggests that the publication’s content influences ongoing research interests and future exploration, but the impact isn’t perceived as transformative or groundbreaking at this stage.
Abstract in brief
The text discusses how the development of flexible electronics is deeply inspired by nature, with some designs mimicking natural structures, others going beyond nature's capabilities, and some even designed to be biodegradable or implantable to return to nature.
It highlights recent advances in key components of flexible electronics, such as energy sources and sensors, emphasizing their evolution from natural inspirations to innovative, beyond-natural designs, all aimed at achieving harmony between technology and sustainability.
The article also addresses current challenges in developing next-generation flexible electronics and suggests potential solutions and future research directions to foster a sustainable and harmonious relationship between nature and advancing electronic technologies.]
In this paper is preseted an excellent overview of material design for flexible electronics, showing the advances on flexible electronics including the main individual components and sensors, providing new insights in prospective exploration directions.
https://t.co/aQF7mZSei0 https://t.co/m9d2mbnXWj
Oct 10, 2020 · 9 likes · 2 shares · 8,595 followersView post →
MX
Miguel Xochicale
@_mxochicale · X
RT @Underfox3: In this paper is preseted an excellent overview of material design for flexible electronics, showing the advances on flexibl…
Oct 10, 2020 · 2 shares · 1,284 followersView post →
This video explores how flexible electronics are inspired by nature, advancing beyond natural capabilities, and aiming for sustainability with biodegradable and implantable designs. It highlights recent progress and…
This video explores the evolution of flexible electronics inspired by nature, highlighting recent advances in energy sources and sensors. It discusses designs mimicking natural structures, surpassing natural…
RT @Underfox3: In this paper is preseted an excellent overview of material design for flexible electronics, showing the advances on flexibl…
Oct 11, 2020 · 2 shares · 279 followersView post →
MX
Miguel Xochicale
@_mxochicale · X
RT @Underfox3: In this paper is preseted an excellent overview of material design for flexible electronics, showing the advances on flexibl…
Oct 10, 2020 · 2 shares · 1,284 followersView post →
U
Underfox
@Underfox3 · X
In this paper is preseted an excellent overview of material design for flexible electronics, showing the advances on flexible electronics including the main individual components and sensors, providing new insights in prospective exploration directions.
https://t.co/aQF7mZSei0 https://t.co/m9d2mbnXWj
Oct 10, 2020 · 9 likes · 2 shares · 8,595 followersView post →
N
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