RT @JieYinLab: Thank you! Our great honor @YaoZhao02294 @YindingChi @YaoyeHong @YanbinLi4 @ShuYangPenn
RT @theNASciences: Congratulations to the authors of "Twisting for soft intelligent autonomous robot in unstructured environments," the Coz…
RT @theNASciences: Congratulations to the authors of "Twisting for soft intelligent autonomous robot in unstructured environments," the Coz…
RT @JieYinLab: Thank you! Our great honor @YaoZhao02294 @YindingChi @YaoyeHong @YanbinLi4 @ShuYangPenn
RT @JieYinLab: Thank you! Our great honor @YaoZhao02294 @YindingChi @YaoyeHong @YanbinLi4 @ShuYangPenn
Thank you! Our great honor @YaoZhao02294 @YindingChi @YaoyeHong @YanbinLi4 @ShuYangPenn
Congratulations to the authors of "Twisting for soft intelligent autonomous robot in unstructured environments," the Cozzarelli Prize-winning paper for Class III! #NASaward #NAS160 #engineering @PNASNews Read the paper here: https://t.co/ocK6OhitbL https
RT @JieYinLab: We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Con…
RT @JieYinLab: We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Con…
RT @JieYinLab: We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Con…
RT @JieYinLab: We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Con…
Well done!!
RT @JieYinLab: We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Con…
We feel truly honored to receive the prestigious 2022 Cozzarelli Prize Award in Engineering and Applied Science by PNAS. Congrats to the great team @YaoZhao02294 @YindingChi @YaoyeHong @YanbinLi4 @ShuYangPenn @ncstatemae @MSEatPenn and other winners! https
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
Twisting for soft intelligent autonomous robot in unstructured environments | Proceedings of the National Academy of Sciences https://t.co/bQQWFzpMMW
Thanks for the highlight @ShuYangPenn @YaoyeHong @YanbinLi4 @NCState @PennEngineers @PNASNews
RT @ShuYangPenn: Glad to contribute to this exciting work @MSEatPenn @YangLab_UPenn @PennEngineers @JieYinLab https://t.co/DPjoDPNfwV
memo. Twisting for soft intelligent autonomous robot in unstructured environments | PNAS https://t.co/z74xxofOSU
Researchers report a soft #robot designed to autonomously navigate mazes and sandy surfaces by twisting, rolling, and snapping itself in response to temperature changes. In PNAS: https://t.co/EQU6pFYFxq https://t.co/Xx0PeBcdUc
Twisting for soft intelligent autonomous robot in unstructured environments | Proceedings of the National Academy of Sciences https://t.co/UmuavREbg3
Interesting work!
#Twisting for soft #intelligent #autonomous robot in unstructured environments | Proceedings of the National Academy of Sciences https://t.co/3f2Qw9UGwS
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
We are mesmerized by this this soft robot that can move without motors, batteries or computers. Amazing work, @JieYinLab!
RT @ShuYangPenn: Glad to contribute to this exciting work @MSEatPenn @YangLab_UPenn @PennEngineers @JieYinLab
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
https://t.co/K3DZAokHo9 Thanks for the hard work done by postdoc Dr. Yao Zhao and Ph.D. students Yinding Chi, @YaoyeHong , @YanbinLi4, and the great collaboration with @ShuYangPenn! Thank @NSF for the funding support!
Y. Zhao, et al., Twisting for soft intelligent autonomous robot in unstructured environments. Proceedings of the National Academy of Sciences 119, e2200265119 (2022).https://t.co/alfOGbfyWr
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
I don't have a definition of affordances, but my hunch is that these robots' obstacle avoidance behavior can be a good example: https://t.co/4jHnq2IzVw Am I "stretching" the definition too thin here? Hat-tip to Damian Kelty-Stephen on finding this gem of a
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
Jie and Shu's latest work. So impressive...
RT @JieYinLab: Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews…
Glad to contribute to this exciting work @MSEatPenn @YangLab_UPenn @PennEngineers @JieYinLab
Can soft robot self-escape simple maze w/o external control? Yes via physical intelligence! Check our latest work @PNASNews with @ShuYangPenn on rotini-like liquid crystal elastomer ribbon-based autonomous intelligent soft robot @NCStateEngr @PennEngineers