Sci Robot February 2022 PMID 35138882

Shape morphing mechanical metamaterials through reversible plasticity.

Dohgyu Hwang, Edward J Barron, A B M Tahidul Haque, Michael D Bartlett

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Mentions

Peak: 27 in Feb 2022

across 4 sources since Feb 2022

Extended reach

336,943

potential audience

Total likes

1,014

Video views

96,294

Mentions per month

Feb 2022 – May 2025

Where it's discussed

X / Twitter33 posts
News29 articles
Blogs4 articles
YouTube2 videos

AI synopsis

What people are saying

The overall tone of the discussions reflects excitement and curiosity about the innovative materials and their applications, with phrases like 'dramatic deformation,' 'morphing drones,' and 'self-heal' highlighting both interest and perceived significance. The comments' focus on practical uses and the transformative potential of these shape-morphing materials underscores a belief that this research could have a substantial impact on future robotics and material science.

AgreementModerate agreement

Most discussions acknowledge the innovative nature of the research, with comments referring to 'new materials' and 'morphing drones' as positive advancements.

InterestHigh interest

Posts show high curiosity, mentioning applications like underwater robots, drones, and self-healing capabilities, indicating engagement with the practical implications.

EngagementModerate engagement

Some discussions delve into the technical aspects, referencing the combination of kirigami with metal alloys and potential applications, demonstrating deeper interest.

ImpactHigh impact

Several comments suggest the technology could revolutionize soft robotics, emphasizing transformative potential and future uses, reflecting perceived high impact.

Abstract in brief

This research introduces a new type of shape-morphing material combining elastomeric kirigami with reversible plasticity in metal alloys, allowing rapid (around 0.1 seconds) transformation of flat sheets into complex, load-bearing shapes that can change back and forth repeatedly.
The material maintains both deformability and strength, doesn't require continuous power to hold a shape, and can self-repair through phase changes in the metal, addressing common limitations in soft machines.
Practical demonstrations include a soft robotic drone that autonomously switches between ground and air modes and an underwater device capable of reversible deployment for cargo collection, highlighting its multifunctional, shape-shifting capabilities.]

Read the full abstract

All mentions

Innovative Shape-Morphing Material Enables Land Vehicles to Fly

Scientists at Virginia Tech developed a smart material that transforms land vehicles into flying machines, inspired by nature. It is soft, flexible, strong, and capable of shape-shifting rapidly and reversibly, opening…

uncover reality · May 21, 2025 72,374 views

Morphing drone from the Soft Materials and Structures Lab

Virginia Tech Mechanical Engineering · Feb 11, 2022 23,921 views

Ordo Fraterna Fibonacci

@OrdoFibonacci · X

Shape Morphing Mechanical Metamaterials Through Reversible Plasticity https://t.co/HHbHCvY80j via @YouTube

Oct 1, 2022 · 2,568 followers View post →

WHITE ROSE

@HultinKatarina · X

RT @studyofUAPs: Interesting. One might say, a potential reason for metamaterials… https://t.co/xCW8Kxf0mE

May 23, 2022 · 1 share · 1,257 followers View post →

Study of UAPs/UFOs

@studyofUAPs · X

Interesting. One might say, a potential reason for metamaterials… https://t.co/xCW8Kxf0mE

May 22, 2022 · 4 likes · 1 share · 10,237 followers View post →

Marwa ElDiwiny

@MarwaEldiwiny · X

RT @SciRobotics: Podcast host @MarwaEldiwiny discuses the latest @SciRobotics paper on #SoftRobotics from @SMSLaboratory ✏️: https://t.co/…

Apr 20, 2022 · 1 share · 3,266 followers View post →

Science Robotics

@SciRobotics · X

Podcast host @MarwaEldiwiny discuses the latest @SciRobotics paper on #SoftRobotics from @SMSLaboratory ✏️: https://t.co/EFi2YdvBdM https://t.co/HhTDKVHVnE

Apr 20, 2022 · 4 likes · 1 share · 27,701 followers View post →

Marwa ElDiwiny

@MarwaEldiwiny · X

@SMSLaboratory @SciRobotics For the science robotics paper discussed: https://t.co/UCvfJzIekr Shape morphing drones video: https://t.co/um3JYR8yEx This episode's video: https://t.co/U4gMwxj6sK

Apr 16, 2022 · 2 likes · 3,196 followers View post →

堀洋祐 Yosuke Hori / ｶｻﾈﾀﾘｳﾑ kasanetarium

@kasanetarium · X

熱で変形するドローンか。 Shape morphing mechanical metamaterials through reversible plasticity https://t.co/X6ig2MFUcc @YouTubeより

Mar 1, 2022 · 1 like · 4,074 followers View post →

La Science, CQFD

@ScienceCQFD · X

[L’étude à découvrir] 09/02 > Façonner des métamatériaux mécaniques par morphing grâce à la plasticité réversible https://t.co/XlUn2ZwZDd via @ScienceRobotics #LaMethSci

Feb 25, 2022 · 57,887 followers View post →

Detroit Robot System

@NnisDe4 · X

Shape morphing mechanical metamaterials through reversible plasticity. https://t.co/1ADukQjpeE Detroit Robot System page | https://t.co/heF1kVnOS8

Feb 14, 2022 · 2 likes · 1 followers View post →

A B M Tahidul Haque

@A_T_Haque · X

Feb 10, 2022 · 1 like · 20 followers View post →

Fan WANG

@wangfan9502 · X