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Discussion threads frequently express support for the research, with examples like references to how the simplified biomechanics aid robotic design, and posts sharing videos and external links, demonstrating active engagement and recognition of the study’s potential applications. The tone varies from enthusiastic praise to curiosity about the authors, reflecting a moderate but focused impact on the community’s understanding and interest.
Most posts explicitly endorse or acknowledge the significance of the research, with some sharing positive remarks or retweets supporting the findings.
Reactions show a moderate level of curiosity, especially with posts mentioning applications like robotics and natural inspiration, though some are merely sharing or referencing the publication.
Many contributions involve retweets, mentions of the research's implications, and curiosity about the authors, indicating active interest and deeper engagement.
While there is recognition of the study’s relevance, especially in robotics and natural evolution, the discussions mostly highlight interest rather than indicating a groundbreaking impact on broader scientific or societal levels.
Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/Bjrg7dXE5O
#Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
Elephants evolved strategies reducing the biomechanical complexity of their trunk: Current Biology https://t.co/hVnSLWmiiy
Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of freedom…. now we’re using it to build better robots https://t.co/PWXvuwF7n2 @tnatw
Some really cool looking work on the complexity of the elephant trunk: https://t.co/MFdXNUq9b0 I feel an #ElephantProfessional coming on if I can track the authors down. @StreamScience_ do you know them?
RT @operationdanish: Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of…
In March 2020, a team of scientists from the University of Geneva investigated the biomechanics of the African elephant trunk using 3D motion capture, revealing strategies that simplify complex movements for precise…
This video explains how elephants have evolved strategies to simplify their trunk's complex biomechanics, enabling precise manipulation of heavy objects while reducing movement complexity. Using advanced imaging, the…
The 360° video of our mission in South Africa (March 2020). https://t.co/MGoSI7nMAK via @YouTube
Elephants evolved strategies reducing the biomechanical complexity of their trunk: Current Biology https://t.co/hVnSLWmiiy
RT @TomHoltzPaleo: Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/Bjrg7dXE5O
Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/piffVcWV1a https://t.co/OBbnROxiRq
RT @TomHoltzPaleo: Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/Bjrg7dXE5O
RT @TomHoltzPaleo: Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/Bjrg7dXE5O
Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/Bjrg7dXE5O
RT @operationdanish: Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of…
RT @operationdanish: Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of…
RT @operationdanish: Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of…
Elephants evolved strategies reducing the biomechanical complexity of their trunk while providing infinite degrees of freedom…. now we’re using it to build better robots https://t.co/PWXvuwF7n2 @tnatw
Elephants evolved strategies reducing the biomechanical complexity of their trunk: Current Biology. De tout temps , la nature a inspiré l’être humain. La copier, c’est mieux que la détruire. https://t.co/EIbUyiuGR6
RT @newselephant: #Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
RT @newselephant: #Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
Our study is the first combined quantitative analysis of the mechanical performance, kinematic strategies, and functional morphology of the largest animal muscular hydrostat on Earth https://t.co/FtArkJxBoP
RT @newselephant: #Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
RT @newselephant: #Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
RT @newselephant: #Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
#Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/0SwRhlCBix
Some really cool looking work on the complexity of the elephant trunk: https://t.co/MFdXNUq9b0 I feel an #ElephantProfessional coming on if I can track the authors down. @StreamScience_ do you know them?
Elephants evolved strategies reducing the biomechanical complexity of their trunk https://t.co/EfB3FYdmHJ
The 360° video of our mission in South Africa (March 2020). https://t.co/n5jJyth6v3 via @YouTube
DOI: 10.1016/j.cub.2021.08.029. Closed-Loop Dynamic Control of a Soft Manipulator Using Deep Reinforcement Learning (si apre in una nuova finestra). Autori ...
(doi:10.1016/j.cub.2021.08.029) Strathclyde, UK. 2018 Dry season aerial survey of elephants and 2. Chevalier-Skolnikoff S, Liska J. 1993 Tool use by 14 ...
doi:10.1016/j.cub.2021.08.029 (https://doi.org/1 0.1016%2Fj.cub.2021.08.029) . PMID 34428468 (https://pubmed.ncbi.nlm.nih.gov/3442846 8) . S2CID 237273086 ...
https://doi.org/10.1016/j.cub.2021.08.029. 5. Kim, S., Laschi, C., and Trimmer, B. (2013). Soft robotics: a bioinspired evolution in robotics. Trends in
DOI: 10.1016/j.cub.2021.08.029. Closed-Loop Dynamic Control of a Soft Manipulator Using Deep Reinforcement Learning (opens in new window).
10.1016/j.cub.2021.08.029. Method of Research. Experimental study. Subject of Research. Animals. Article Title. Elephants evolved strategies ...
Elephants evolved strategies reducing the biomechanical complexity of their trunk. Current Biology, 2021; DOI: 10.1016/j.cub.2021.08.029. Cite ...
10.1016/j.cub.2021.08.029. Method of Research. Experimental study. Subject of Research. Animals. Article Title. Elephants evolved strategies ...
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