From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments—including a silicone model of brain
Ferromagnetic soft continuum robots.
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Aug 2019 – Sep 2025Where it's discussed
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AI synopsis
What people are saying
The posts highlight the innovative design and the potential medical applications of ferromagnetic soft continuum robots. For instance, one user expressed amazement with 'Whoa,' reflecting a deep interest and excitement. Others referred to transformative possibilities like 'disease fighting machines,' emphasizing the urgent relevance of the technology. The tone is predominantly positive, showcasing fascination and aspiration for future applications in surgery.
Most posts express a positive reaction regarding the advancements discussed in the publication.
There is a high level of curiosity, with many participants discussing the robot's potential and features.
While some posts are brief, others delve into the technology’s applications, reflecting moderate engagement.
Participants believe the technology could significantly improve medical procedures, indicating a strong perceived impact.
Abstract in brief
- A new submillimeter-scale soft continuum robot has been developed with ferromagnetic properties for improved navigation and steering in complex environments, making it particularly useful for medical applications.
- The robot features a self-lubricating hydrogel skin that reduces friction significantly, enhancing its ability to maneuver through tight spaces like those found in the human body.
- With its compact design and novel actuation method, this technology could revolutionize minimally invasive surgeries, allowing doctors to reach previously inaccessible areas in patients.
Top posts
Most liked on X and BlueskyFrom the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments—including a silicone model of brain
Scientists @MIT have engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments – including a silicone model of brain
9/n. For further reading, two background papers: https://t.co/lPW3wdVvAF https://t.co/PjiLGS1jt4
Ferromagnetic soft continuum robots https://t.co/CuPlftCUFf
Ferromagnetic soft continuum robots https://t.co/1AKuwVfhe4
All mentions
Revolutionary Thread-Like Robot Enhances Stroke Treatment
Imagine a soft threadlike robot that moves through the brain's tiniest blood vessels to treat strokes without surgery. Developed at MIT, this magnetically controlled robotic thread promises safer, less invasive stroke…
This Thread-like Robot Treat Clots In The Brain. You Won't Believe How ???? #robot #brain #shorts
RT @AndyBiotech: Wow, this is very cool! https://t.co/ah6vdHGkOA Worm robot designed to slip through the brain’s blood vessels https://t.c…
RT @AndyBiotech: Wow, this is very cool! https://t.co/ah6vdHGkOA Worm robot designed to slip through the brain’s blood vessels https://t.c…
@StapelAndrew Źródło: https://t.co/Lp2tGsp3E2 Z 2019.
2019... hay avances? DOI: 10.1126/scirobotics.aax7329
RT @dyk_team: Ferromagnetic soft continuum robots: https://t.co/ng6zOkUnjg
RT @dyk_team: Ferromagnetic soft continuum robots https://t.co/CuPlftCUFf
Ferromagnetic soft continuum robots https://t.co/CuPlftCUFf
Ferromagnetic soft continuum robots: https://t.co/ng6zOkUnjg
Data-Driven Navigation of Ferromagnetic Soft Continuum #Robots Based on #MachineLearning https://t.co/jL4rBzlq8d https://t.co/dfo8zsWqZJ
@siz_hala @H4NOK Orijinal makalenin başlığı: Ferromagnetic soft continuum robots [Ferromanyetik yumuşak robotlar] ⬇️https://t.co/DGNZfgw56x
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments—including a silicone model of brain
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments—including a silicone model of brain
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
RT @ScienceMagazine: From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with…
From the @SciRobotics archives: Scientists engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments—including a silicone model of brain
RT @SciRobotics: Scientists @MIT have engineered a miniature soft continuum #robot that was able to slither with minimal friction through t…
RT @SciRobotics: Scientists @MIT have engineered a miniature soft continuum #robot that was able to slither with minimal friction through t…
RT @SciRobotics: Scientists @MIT have engineered a miniature soft continuum #robot that was able to slither with minimal friction through t…
Scientists @MIT have engineered a miniature soft continuum #robot that was able to slither with minimal friction through tortuous and compact environments – including a silicone model of brain
RT @ProfZhaoMIT: 9/n. For further reading, two background papers: https://t.co/lPW3wdVvAF https://t.co/PjiLGS1jt4
RT @ProfZhaoMIT: 9/n. For further reading, two background papers: https://t.co/lPW3wdVvAF https://t.co/PjiLGS1jt4
9/n. For further reading, two background papers: https://t.co/lPW3wdVvAF https://t.co/PjiLGS1jt4
Ferromagnetic soft continuum robots https://t.co/ZOM8wYW57W
@TheRealHSaive ? "Ferromagnetic soft continuum robots" https://t.co/mXxfkg68fk
RT @SfetcuSfetcuL: Ferromagnetic soft continuum robots https://t.co/NkrCSrOCAp
Ferromagnetic soft continuum robots https://t.co/NkrCSrOCAp
@ingerisidemoni Ferromagnetic soft continuum robots https://t.co/mONAd8Al9K
RT @SfetcuSfetcuL: Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
RT @SfetcuSfetcuL: Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
RT @SfetcuSfetcuL: Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
Beyin bariyerini açan bir madde var mı? Var.. Tüm insanlığa verilebilir mi? Evet! Doğru ellerde mi? Hayır!!! Ferromagnetic soft continuum robots https://t.co/avWPksOY9y
Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
@Denise_337 Ferromagnetic soft continuum robots https://t.co/mONAd8iKic
RT @SfetcuSfetcuL: Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
@Ark_of_Info_2 @Harvard Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
Ferromagnetic soft continuum robots https://t.co/NkrCSrx1IR
Magnetic control. Ferromagnetic soft continuum robots https://t.co/Jmnt1Kj4R1
Very interesting talk. I love the ferromagnetic soft continuum robots https://t.co/3UuXfEG7cV
Ferromagnetic soft continuum robots | @scoopit https://t.co/Xl1DDykyKJ
Ferromagnetic soft continuum robots https://t.co/sz2xGPEg0b https://t.co/N5JhDbLJpL
Test pour naviguer à travers le cerveau - Ferromagnetic soft continuum robots https://t.co/Lqfls6xBe2
Ferromagnetic soft continuum robots https://t.co/1AKuwVfhe4
#Ferromagnetic soft continuum #robots https://t.co/Qg1hdxyjQX
Ferromagnetic soft continuum robots | Science Robotics https://t.co/cmvW2T5Vgj
Ferromagnetic soft continuum robots | #Science #Robotics these brilliant researchers are paving the way towards #nanobots. Imagine a #future where #disease fighting machines are constantly surveilling your body for threats and immediately vanquishing them https://t.co/LUGxFAGXDC
A great surgery tool hopefully developed and approved in the near future. Ferromagnetic soft continuum robots https://t.co/JCUL9OwQew
Ferromagnetic soft continuum robots: Small-scale soft continuum robots capable of active steering and navigation in a remotely controllable manner hold great promise in diverse areas, particularly in medical applications. https://t.co/bPA0s8ajDa https://t.co/fFZcEIFffH
I probably said "whoa" 25 times before I even finished the abstract. Whoa.
Healthcare Sim Info: Ferromagnetic soft continuum robots - Science https://t.co/NxPW3vj6en
Ferromagnetic soft continuum robots https://t.co/41iupDoIR3
New post: Ferromagnetic soft continuum robots – Science https://t.co/61K3rXHqUj