Self-Amputating and Interfusing Machines.

Bilige Yang, Amir Mohammadi Nasab, Stephanie J Woodman, Eugene Thomas, Liana G Tilton, Michael Levin, Rebecca Kramer-Bottiglio

August 2024 Adv Mater

Synopsis of Social media discussions

These discussions praise the research for its biological inspiration and technical innovation, with examples like mentions of the 'reversible joint' and 'self-amputation' mechanisms, and words such as 'game-changing' and 'significant potential' reflect their high interest and perceived impact.

A
Agreement
 Moderate agreement

Most discussions support the innovation, highlighting its biological inspiration and potential, indicating general agreement with its significance.

I
Interest
 High level of interest

The innovative concept of self-amputation and modularity sparks considerable curiosity, showing high interest.

E
Engagement
 Moderate level of engagement

Posts detail the technology and its applications, demonstrating thoughtful engagement with aspects like reversible joints and biological mimicry.

I
Impact
 High level of impact

The discussions emphasize the transformative potential for robotics and bio-inspired machines, indicating a high perceived impact.

Social Mentions

YouTube

2 Videos

Facebook

2 Posts

Twitter

57 Posts

Blogs

4 Articles

News

33 Articles

Metrics

Video Views

8,331,587

Total Likes

23,214

Extended Reach

8,658,125

Social Features

98

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

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Innovative Self-Amputating and Interfusing Soft Robots

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This video explores self-amputating and interfusing machines made with thermoplastic elastomers. These robots utilize reversible joints for strong attachments and easy detachment, mimicking biological mechanisms. Discover how a quadruped robot self-amputates a limb and a cluster of robots fuse to navigate obstacles.

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June 12, 2024

2,306 views

  • Missi Diane
    @Ann_onomust (Twitter)

    RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
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    February 25, 2025

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  • Nathalia Le Hen
    @NathaliaLeHen (Twitter)

    RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
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    February 25, 2025

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  • Martin Dach
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    February 25, 2025

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  • Wevolver
    @WevolverApp (Twitter)

    Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/3GEk08UHcd
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    February 24, 2025

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  • @_tlr_ (Twitter)

    Bilige Yang et al. Self-Amputating and Interfusing Machines: Crawler Demo https://t.co/ABvvI75YTy
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    February 11, 2025

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  • Wevolver
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    Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/yT5zp5bahL
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    November 15, 2024

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    October 14, 2024

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    @CanadianBob01 (Twitter)

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  • Vageesh Singh Baghel
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    September 17, 2024

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  • Bonthsk
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  • Wevolver
    @WevolverApp (Twitter)

    Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/1NoZul9pFF
    view full post

    September 16, 2024

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    July 31, 2024

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    @Littlegiant0722 (Twitter)

    RT @AdvSciNews: The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current…
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    June 18, 2024

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    The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current is applied. Without direct human handling, the soft robot is able to 'self-amputate' a limb when stuck @TheFaboratory Learn more: https://t.co/MlrO5TEssc https://t.co/kCZ7xlLvyz
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    June 18, 2024

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  • Wevolver
    @WevolverApp (Twitter)

    Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/Wu1nO0pbXi
    view full post

    June 14, 2024

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  • TheFaboratory
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Abstract Synopsis

  • The text discusses how biological organisms and soft robotics can adapt by changing their shape through processes like self-amputation, regeneration, and temporary fusion, highlighting how these mechanisms enable collective behaviors and morphological flexibility.
  • A key innovation described is a reversible cohesive interface made of thermoplastic elastomer, allowing soft robot modules to attach and detach easily without human intervention, facilitating modular and adaptable robotic structures.
  • The work demonstrates practical applications such as a soft quadruped robot that can amputate a limb when stuck and a group of robots that fuse to cross gaps, emphasizing the future potential for robots that can radically change their shape and structure through mechanisms similar to biological systems.]