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Participants comment on the technical details and chemistry involved, such as mentioning azobenzene derivatives and photomechanical jumps, which indicates a focus on understanding the niche scientific advancements rather than widespread implications. The tone is somewhat neutral or inquisitive, reflecting moderate engagement and interest in the research's specifics.
The discussions show mixed reactions, with some users expressing curiosity or neutral comments rather than strong support or disagreement.
Most posts seem to show mild interest, often highlighting the technological aspects or mentioning the publication without deep enthusiasm.
Participants engage by referencing related chemical concepts and raising questions, indicating some thoughtful interaction.
The overall conversations suggest limited perceived impact, with mentions mostly technical or referencing surrounding chemistry rather than broad applications.
@tggopakumar1 https://t.co/KbNJzBjcMb This work × this paper:: Azobebz4ne derivative with OH +Epilipdy drugs +CD..ionic liquid..vs this concept @JenLoveChem @CThomas_group https://t.co/rSSWMubh6H
Spatially patterned stiffness variation in a light-triggered jumper for symmetry breaking and high snap-through efficiency | Published in #ScienceAdvances #AMRL_HYU https://t.co/vWg4Jt36CI
Scientists replicate the snapthrough effect seen in nature, like Venus flytraps, to develop UV light-powered soft jumpers with high efficiency using mixed stiff and soft materials for advanced robotic applications.
This breakthrough in soft robotics is changing the future of motion. Researchers at Hanyang University have developed a UV light-triggered polymer jumper that leaps 25 times its size, utilizing a snapthrough effect with…
This video explores a stiffness-patterned jumper that performs efficient, dual-mode jumps triggered by light. It discusses how spatially varied stiffness in azobenzene-functionalized liquid-crystalline polymers enables…
RT @AMRL_HYU: Spatially patterned stiffness variation in a light-triggered jumper for symmetry breaking and high snap-through efficiency |…
Spatially patterned stiffness variation in a light-triggered jumper for symmetry breaking and high snap-through efficiency | Published in #ScienceAdvances #AMRL_HYU https://t.co/vWg4Jt36CI
@tggopakumar1 https://t.co/KbNJzBjcMb This work × this paper:: Azobebz4ne derivative with OH +Epilipdy drugs +CD..ionic liquid..vs this concept @JenLoveChem @CThomas_group https://t.co/rSSWMubh6H
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