With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobotics paper from last year: https://t.co/MIygRsencR #ScienceMagArchives https://t.co/gtTkM5rsw7
Human-robot facial coexpression.
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Mar 2024 – Oct 2025Where it's discussed
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X / Twitter77 posts
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News54 articles
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YouTube4 videos
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AI synopsis
What people are saying
Overall, the discussions demonstrate enthusiasm for Emo's ability to anticipate and coexpress facial emotions, with phrases like 'predicts a forthcoming smile about 840 milliseconds' and questions about the necessity of human-like heads driving deep interest and engagement, while reflecting cautious optimism about the impact of such advancements.
Most discussions highlight that the advancements in facial emotion prediction and synchronization by Emo are promising, indicating support for the article’s findings.
Many posts express strong curiosity about the robot’s capabilities, reflecting high engagement and interest, especially around its predictive abilities and the technical aspects.
Posts delve into specifics like the number of milliseconds for prediction and the robot’s ability to mimic expressions, showing deep engagement with the research.
Discussions acknowledge potential enhancements in human-robot interactions, but some posts remain optimistic rather than conclusive about broader societal impact.
Abstract in brief
- Large language models are advancing robotic verbal communication, but humanoid robots still struggle with nonverbal cues, particularly facial expressions.
- The main challenges include the mechanical complexity of creating an expressive robotic face and accurately determining appropriate expressions to convey naturalness and genuineness.
- The proposed solution involves training robots to predict human facial expressions, allowing them to coexpress emotions in sync with humans, which has the potential to enhance the quality of human-robot interactions significantly.
Top posts
Most liked on X and BlueskyResearchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/LhzrlQapeg https://t.co/w7UokQyBdN
Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/6XrBgEZt5n https://t.co/5XkqOxBgy0
Emo the robot can anticipate a human smile within 839 milliseconds and deliver a simultaneous grin. @Columbia @DukeU Learn more in a new Science #Robotics study: https://t.co/v7mz6CmWmU https://t.co/MvDooenXUh
凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるように顔を調整できた https://t.co/G2AcqGLxQ6 https://t.co/u5FvlPqiIX
Researchers show in Science #Robotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/WMvmuYGX0y @Columbia @DukeU https://t.co/AXtbV77n6t
All mentions
Robotic Facial Expression Mimicry Using Deep Learning and Soft Materials
Researchers at Columbia University's Creative Machines Lab developed EVA, a robot capable of mimicking human facial expressions. Using soft 3D-printed materials and deep learning, EVA can recognize and replicate…
Understanding Facial Expressions in Humanoid Robots
This video explores how humanoid robots can coexpress emotions through facial cues by training them to predict and mirror human facial expressions, enhancing naturalness and interaction quality.
Advancing Human-Robot Facial Coexpression Technology
Human-robot facial coexpression researchers explore training robots to predict and mimic human facial expressions, enhancing naturalness and emotional communication in interactions.
Advancing Human-Robot Facial Coexpression for Natural Interactions
This video explores the challenges and solutions in developing humanoid robots capable of expressive facial coexpression, aiming to improve naturalness and emotional communication in human-robot interactions.
Robots predicting human behavior
https://t.co/rHwns0pa8x
https://t.co/7VoqwrwYrD
With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobotics paper from last year: https://t.co/lp966ufGN3 #ScienceMagArchives https://t.co/gSreDe0jno
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
RT @ScienceMagazine: With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobot…
With 26 motors and flexible silicone skin, Emo the robot can emote with the best of them. Learn more in the @SciRobotics paper from last year: https://t.co/MIygRsencR #ScienceMagArchives https://t.co/gtTkM5rsw7
@BrianRoemmele The video you’ve posted is nowhere near state of the art. FACS knowledge is an integral part of ongoing **development** and I suggest reviewing at least the abstract (1st link) and the most advanced humanoid robot (2nd link) https://t.co/vWh1IVcZwu https://t.co/DxbrHuLx1f
Read more about this fascinating area of research: https://t.co/tYXNqgIB2X or access the full article: https://t.co/liXAmDfTeR #humanrobotinteraction #roboticsresearch
Human-robot facial coexpression is a crucial aspect of robotics research, enabling more natural and engaging interactions.
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
RT @CeoImed: 凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるよ…
凄い!!! 「人間の表情を顔ロボットが真似る」 Science ・ 26 個のモーターと柔軟なシリコン スキンを装備 ・ 人間の仲間に匹敵する予期した表情を示すように訓練 ・ 約1秒前に人間が微笑むことを予測し、ロボット自身が同時に笑顔になるように顔を調整できた https://t.co/G2AcqGLxQ6 https://t.co/u5FvlPqiIX
Los LLM avanzan en comunicación verbal robótica, pero la no verbal no sigue el mismo ritmo. En esta investigación un robot anticipa futuras expresiones faciales para poder ejecutarlas simultáneamente. La IA sabe que sonreirás 0’8 segundos antes https://t.co/Cy5vRvcUcI https://t.co/8SvRca7ggl
يستطيع هذا الروبوت معرفة متى تكون على وشك الابتسام، والتنبؤ بابتسامة الإنسان قبل 839 مللي ثانية ثم يرد عليك بالابتسام!! تم تدريب هذا الروبوت على تحليل مئات مقاطع الفيديو، والتنبؤ بتعابير الوجه من حركة عضلات الوجه ثم يرد بالإبتسام بشكل متزامن مع البشر. https://t.co/zdcPH19WXG https://t.co/Oh0pgSr3lg
RT @AmazonScience: @NSF @CUSEAS Research: https://t.co/n1neihpWfo CAIT: https://t.co/iVfvl0YKNF
@NSF @CUSEAS Research: https://t.co/n1neihpWfo CAIT: https://t.co/iVfvl0YKNF
RT @SciLife_: Human-robot facial coexpression @ScienceRobotics #robotics #Science #TechnologyNews @Columbia https://t.co/hvU8Yi2FyD http…
By observing subtle changes in a human face, the robot could predict an approaching smile 839 milliseconds before the human smiled and adjust its face to smile simultaneously. @SciRobotics #news #Technology #Robots https://t.co/zePBJT1Qxt https://t.co/u7X9EAfKoL
Human-robot facial coexpression @ScienceRobotics #robotics #Science #TechnologyNews @Columbia https://t.co/hvU8Yi2FyD https://t.co/0Bl2sQ06ZE
Human-robot facial coexpression | Science Robotics https://t.co/I0N03KdMYK
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/6XrBgEZt5n https://t.co/5XkqOxBgy0
Human-robot facial coexpression | Science Robotics https://t.co/XdE91bwGte
RT @Yuhang__Hu: Do you think a humanoid robot needs a human-like head?
RT @Yuhang__Hu: Do you think a humanoid robot needs a human-like head?
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
RT @ScienceMagazine: Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with hu…
Researchers show in @SciRobotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/LhzrlQapeg https://t.co/w7UokQyBdN
L'estudi, publicat a Science Robotics, l'ha liderat Yuhang Hu, de la Universitat de Columbia. Emo va ser entrenat amb vídeos de persones perquè observés canvis subtils quan s'expressen emocions https://t.co/S2Q4Wve2qs
後でちゃんと読もう https://t.co/YgugrEcawR
#Emo, a #robot that anticipates #facialexpressions and executes them simultaneously with a human. It has learned to predict a forthcoming #smile about 840 milliseconds before the person smiles, and to co-express the smile simultaneously with the person. https://t.co/H75z2BStRr https://t.co/PdQXiIuQrl
ロボットの顔を笑わせられるか? → めっちゃむずい → 機械学習にぶっ込んだろ → できた❗️
Researchers show in Science #Robotics how Emo the robot learned to understand its own expressions and smile in sync with humans while conversing. https://t.co/WMvmuYGX0y @Columbia @DukeU https://t.co/AXtbV77n6t
Human-robot facial coexpression - Science - https://t.co/aclEfqs5lQ #robotics
Human-robot facial coexpression https://t.co/ItRcqaeCkR
RT @SciRobotics: Emo the robot can anticipate a human smile within 839 milliseconds and deliver a simultaneous grin. @Columbia @DukeU Lea…
Do you think a humanoid robot needs a human-like head?
RT @SciRobotics: Emo the robot can anticipate a human smile within 839 milliseconds and deliver a simultaneous grin. @Columbia @DukeU Lea…
Emo the robot can anticipate a human smile within 839 milliseconds and deliver a simultaneous grin. @Columbia @DukeU Learn more in a new Science #Robotics study: https://t.co/v7mz6CmWmU https://t.co/MvDooenXUh
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