Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on autonomous self-healing of swimmers after catastrophic damage. Well Done NBE Team!!!
Swimmers Heal on the Move Following Catastrophic Damage.
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Feb 2021 – Oct 2025Where it's discussed
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X / Twitter42 posts
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News15 articles
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YouTube2 videos
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Blogs2 articles
AI synopsis
What people are saying
Discussions emphasize the breakthrough nature of self-healing micro-robots using phrases like 'well done' and 'proud to share,' highlighting excitement and support. The tone and choice of words reflect a perception that this technology could significantly impact fields like medicine and environmental science, demonstrating strong interest and recognition of its importance.
Most discussions highlight support and excitement for the development of self-healing robotic swimmers, indicating general agreement on its significance.
Posts show high interest by mentioning the technical advancements and potential applications, such as environmental cleanup and medical procedures.
Several discussions delve into technical details, congratulating teams and referencing specific features like autonomous propulsion and structural recovery.
These developments are portrayed as transformative innovations with the potential to revolutionize robotics, medicine, and environmental efforts.
Abstract in brief
- The study discusses the creation of tiny, self-healing swimmers that can move autonomously and repair themselves automatically when damaged, even inside large containers.
- These swimmers use magnetic NdFeB microparticles in special printed strips, which help them quickly reattach broken parts and restore their original shape and movement without user help.
- Their ability to heal depends on factors like where the damage occurs and how the magnetic strips are patterned, showing promise for developing advanced, quick-repair small-scale robots and swimmers.]
Top posts
Most liked on X and BlueskyOur latest work on self healing microrobots; well Done Emil!!! https://t.co/IyQv8eLrdx
Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots https://t.co/DSVqMbxIEH via @YouTube @CEITEC_Brno
体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
Scientists at the University of California San Diego have developed small self-healable robots that can 'swim' through fluids and carry out useful functions, such as cleaning up the environment, delivering drugs and performing surgery. https://t.co/LMfunQD9en #TeamBioEngine https://t.co/BJ8S6kTIFB
[Headline Science] "Small robot swimmers that heal themselves from damage" https://t.co/OBVUriXltP
All mentions
Self-Healing Fish-Shaped Robots for Ocean Cleanup and Medical Applications
Scientists have developed tiny fish-like robots capable of autonomous movement, self-repair after damage, and potential uses in ocean cleaning, drug delivery, and microsurgeries. These robots mimic tissue repair and…
Self-Healing Micro-robots for Environmental Cleanup and Industrial Use
Researchers have developed small magnetic swimming robots capable of autonomously repairing themselves after damage. These self-healing robots, using magnetic microparticles in specially printed strips, can restore…
自己修復しながら活動し続けるロボットって聞いてターミネーターみたいなのを想像してたらだいぶ違った https://t.co/LrOle8ASon
Scientists at the University of California San Diego have developed small self-healable robots that can 'swim' through fluids and carry out useful functions, such as cleaning up the environment, delivering drugs and performing surgery. https://t.co/LMfunQD9en #TeamBioEngine https://t.co/BJ8S6kTIFB
"Swimmers Heal on the Move Following Catastrophic Damage" describes the development of 2D self-healing small-scale swimmers capable of autonomous propulsion and “on-the-fly” structural recovery in large containers https://t.co/AtPD9zV4Z7 https://t.co/yd4dKO8H6P
RT @NanoLetters: [Early Career Board] #RecommendedReading - "Swimmers Heal on the Move Following Catastrophic Damage" https://t.co/kx3VFG1g…
[Early Career Board] #RecommendedReading - "Swimmers Heal on the Move Following Catastrophic Damage" https://t.co/kx3VFG1gSB https://t.co/Ka9B9CGjLx
RT @NanoLetters: [Early Career Board] #RecommendedReading - "Swimmers Heal on the Move Following Catastrophic Damage" https://t.co/RiCd1iSd…
[Early Career Board] #RecommendedReading - "Swimmers Heal on the Move Following Catastrophic Damage" https://t.co/RiCd1iSdQj https://t.co/f0qHwfeN7E
RT @i_tetsuya137: 体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
RT @i_tetsuya137: 体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
RT @i_tetsuya137: 体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
RT @i_tetsuya137: 体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
体を切断されても磁力を利用して自己治癒できる魚型ロボットを開発したとの論文。壊れたロボットの修復につながるらしい 体を探し回る尾の動きがかわいい https://t.co/NWJjGpp1Qr https://t.co/uD8KsnmOFm
[Headline Science] "Small robot swimmers that heal themselves from damage" https://t.co/lRtadYhiqW
[Video] "Small robot swimmers that heal themselves from damage" https://t.co/NTJ2OqBXYE
RT @NanoLetters: [Headline Science] "Small robot swimmers that heal themselves from damage" https://t.co/OBVUriXltP
[Headline Science] "Small robot swimmers that heal themselves from damage" https://t.co/OBVUriXltP
RT @JWangnano: Our latest work on self healing microrobots; well Done Emil!!! https://t.co/IyQv8eLrdx
RT @JWangnano: Our latest work on self healing microrobots; well Done Emil!!! https://t.co/IyQv8eLrdx
RT @JWangnano: Our latest work on self healing microrobots; well Done Emil!!! https://t.co/IyQv8eLrdx
RT @PumeraGroup: Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots http…
RT @PumeraGroup: Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots http…
Our latest work on self healing microrobots; well Done Emil!!! https://t.co/IyQv8eLrdx
RT @PumeraGroup: Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots http…
RT @SyntheticBots: Thrilled to see our work - Magnetotactic T-Budbots to Kill-n-Clean Biofilms (https://t.co/7LyP3bWcvK) featured along wit…
Thrilled to see our work - Magnetotactic T-Budbots to Kill-n-Clean Biofilms (https://t.co/7LyP3bWcvK) featured along with @PumeraGroup #micromotors in the intro section of the @JWangnano team's Self-healing Small robot swimmers video @acsnano https://t.co/v5MMLlUdQK
RT @PumeraGroup: Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots http…
RT @PumeraGroup: Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots http…
Small robot swimmers that heal themselves from damage - Headline Science @acsnano featuring @PumeraGroup #microrobots https://t.co/DSVqMbxIEH via @YouTube @CEITEC_Brno
Small robot swimmers that heal themselves from damage - Headline Science https://t.co/4XXTMhDfkX
機械の魚ということでNieR:Automata思い出した。切られても自動でくっつく! 磁石使ってそうだけど、自身の体以外にも磁性体がある場合はちゃんと復元できるんだろうか? Small robot swimmers that heal themselves from damage - Headline Science https://t.co/tJwEKDCkjY @YouTubeより
@Nanowerk https://t.co/JOoBuDyjd7
#technology Small #robot swimmers that heal themselves from damage https://t.co/cRNFSojezV via @ACSPublications
"Swimmers Heal on the Move Following Catastrophic Damage" describes the development of 2D self-healing small-scale swimmers capable of autonomous propulsion and “on-the-fly” structural recovery in large containers. https://t.co/7anZbrZWpC https://t.co/GSMLiyDUNp
This new article describes the development of 2D self-healing small-scale swimmers capable of autonomous propulsion and “on-the-fly” structural recovery in large containers. https://t.co/8A9pAS6yuM https://t.co/5uHTy7m5D6
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
Machines will soon be able to heal after catastrophic damage Check our latest work about this new concept! https://t.co/Nf3rVKSKOS
RT @JWangnano: Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on…
Swimmers Heal on the Move Following Catastrophic Damage https://t.co/3PgiZ7Vyjz Extremely proud to share our latest work on autonomous self-healing of swimmers after catastrophic damage. Well Done NBE Team!!!
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