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The discussions reflect strong agreement and interest, emphasizing the novel use of electrical impedance tomography in artificial skin, with examples such as mentions of 'human-like touch' and 'robust tactile interface.' The tone combines technical enthusiasm and recognition of the study’s broad applications, which explains the high scores across agreement and impact.
Most discussions highlight the innovative aspects of the research, acknowledging its significance in robotics and sensory technology.
The majority express high curiosity, with many posts emphasizing the potential applications in artificial skin and robotics.
Posts include references to specific technological details and implications, indicating active engagement.
Many discussions underscore the study’s potential to revolutionize robotic tactile interfaces and sensory structuring, suggesting high perceived impact.
A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://t.co/7O8HK7D7Mg https://t.co/vXX0i30Hcl
A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://t.co/7O8HK7D7Mg https://t.co/0dFZ37qWpS
A new Science #Robotics study describes a hollow hand built with artificial #skin that can recognize and localize human #touch on its surface. https://t.co/Max5V59mw0 https://t.co/LZo6oAvdgx
Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli, including human touch and environmental temperature. @Cambridge_Uni Read more in Science #Robotics: https://t.co/Max5V59mw0 https://t.co/Wf9wB3tvw2
Source: https://t.co/YZNCNiv2fj
#A single-material electronic skin enables robots to sense #Touch, pressure, and temperature across their entire surface, offering a more human-like, robust, and cost-effective tactile interface. @Cambridge_Uni @SciRobotics https://t.co/U49YedkhUE https://t.co/svLbcSGEN9
Scientists develop a flexible, low-cost electronic skin for robots that mimics human touch. Made from hydrogel, it detects pressure, heat, cuts, and contact using over 860,000 pathways, advancing robotic sensory…
Imagine a robot that can feel grip strength or handle fragile objects delicately. Developed by Cambridge and UCL, this flexible, single-material e-skin uses electrical impedance tomography to detect multiple stimuli…
Researchers developed a single-layer, multimodal robotic skin using a sensitive hydrogel that mimics human touch, pressure, heat, and pain. This innovative material surpasses traditional sensors, facilitating improved…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @AmericanElement: Researchers from England develop responsive gelatin-based hydrogel "synthetic skin" for robots capable of detecting mu…
Researchers from England develop responsive gelatin-based hydrogel "synthetic skin" for robots capable of detecting multiple types of stimuli from a single material https://t.co/ANAWKnvSfu
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
@stackx__ Here it is https://t.co/Q2YilGxHGM
元論文だぜ！（メモ） Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography | Science Robotics https://t.co/u4SPay13tF
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
RT @LifeboatHQ: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.…
Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.co/Ah8Z2cDxGl
RT @r0ck3t23: https://t.co/LPzGRLlCjV
RT @r0ck3t23: https://t.co/LPzGRLlCjV
@sutoroveli_news 見た目と性能が良すぎてフェイクニュースを疑ったけれど。 リンクを辿ったら、信頼できそうな学術雑誌（Science）のサイトに行き着いたから信じて良さそう。 https://t.co/HmesfPHq1H
あの「サイエンス」掲載なら、そこそこ人事で良さそう？ https://t.co/HmesfPHq1H
RT @r0ck3t23: https://t.co/LPzGRLlCjV
A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://t.co/U1ZTihYHvC via @ScienceMagazine https://t.co/Xgig1dqQfa
https://t.co/sBVNErvDZf
https://t.co/LPzGRLlCjV
RT @TheHumanoidHub: Source: https://t.co/YZNCNiv2fj
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @TheHumanoidHub: Source: https://t.co/YZNCNiv2fj
Source: https://t.co/YZNCNiv2fj
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://t.co/7O8HK7D7Mg https://t.co/vXX0i30Hcl
Open Access UCL Research: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography discovery.ucl.ac.uk/id/eprint/10...
Open Access UCL Research: Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography discovery.ucl.ac.uk/id/eprint/10...
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
RT @ScienceMagazine: A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touc…
A new @SciRobotics study describes a hollow hand built with artificial skin that can recognize and localize human touch on its surface. https://t.co/7O8HK7D7Mg https://t.co/0dFZ37qWpS
source:https://t.co/F0ZTUtbxs1
RT @SciRobotics: A new Science #Robotics study describes a hollow hand built with artificial #skin that can recognize and localize human #t…
RT @SciRobotics: A new Science #Robotics study describes a hollow hand built with artificial #skin that can recognize and localize human #t…
RT @SciRobotics: A new Science #Robotics study describes a hollow hand built with artificial #skin that can recognize and localize human #t…
A new Science #Robotics study describes a hollow hand built with artificial #skin that can recognize and localize human #touch on its surface. https://t.co/Max5V59mw0 https://t.co/LZo6oAvdgx
RT @SciRobotics: Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli…
RT @SciRobotics: Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli…
RT @SciRobotics: Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli…
RT @SciRobotics: Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli…
Scientists have designed an #artificial #skin that uses electrical impedance tomography to sense multiple types of stimuli, including human touch and environmental temperature. @Cambridge_Uni Read more in Science #Robotics: https://t.co/Max5V59mw0 https://t.co/Wf9wB3tvw2
RT @TechXplore_com: #A single-material electronic skin enables robots to sense #Touch, pressure, and temperature across their entire surfac…
Multimodal Information Structuring with Single Layer Soft Skins and High-Density EIT Biologically Inspired Robotics Lab Cambridge https://t.co/PHyGxikljm
Multimodal Information Structuring with Single Layer Soft Skins and High-Density EIT Biologically Inspired Robotics Lab Cambridge youtu.be/9U0hoCL0aJ4?...
. . Single-material electronic skin gives robots the human touch https://t.co/rQ2BX84m7f ... Paper : Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography https://t.co/0a6BrPhut0 . .
. . https://t.co/0a6BrPhut0 . Multimodal information structuring with single-layer soft skins and high-density electrical impedance tomography . .
RT @TechXplore_com: #A single-material electronic skin enables robots to sense #Touch, pressure, and temperature across their entire surfac…
#A single-material electronic skin enables robots to sense #Touch, pressure, and temperature across their entire surface, offering a more human-like, robust, and cost-effective tactile interface. @Cambridge_Uni @SciRobotics https://t.co/U49YedkhUE https://t.co/svLbcSGEN9
RT @TechXplore_com: #A single-material electronic skin enables robots to sense #Touch, pressure, and temperature across their entire surfac…
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