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The discussions reflect a generally positive attitude towards the research, with remarks like 'most amazing thing I've read' and mentions of technical details such as response frequencies and motion mechanisms, which show both enthusiasm and technical engagement. Words like 'thrilled' and 'big congrats' underline excitement about the scientific advances, contributing to the overall perception that this research could be impactful in fields like medicine and microfabrication.
Most discussions express excitement and support for the research, highlighting its novelty and potential, indicating general agreement with the significance of the findings.
The discussions show moderate interest, with posters mentioning specific aspects like sound frequencies and applications, but some comments are more enthusiastic than deeply analytical.
The majority of posts go beyond simple appreciation, sharing technical details, expressing personal excitement, and congratulating the researchers, demonstrating deep engagement.
The posts suggest that the research is viewed as a meaningful advance in microrobotics with potential real-world applications, though some indicate it is still in early stages.
Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propulsion, had not been studied. Big congrats to Yong, Adrian, Zhiyuan, and Raphael! @ETH_en @eth_dmavt @ScienceAdvances @ERC_Research https://t.co/yedBhI0sCQ
Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEyte0IpkT
An acoustically driven helical microrobot (350X100 μm) responds to sound stimuli at ~12 to 19 kHz & mimics the spiral motion of natural microswimmers using a fin-like double-helix microstructure & switches direction when the frequency changes https://t.co/40gQRD2PNQ
Y. Deng, A. Paskert, Z. Zhang, R. Wittkowski, D. Ahmed, An acoustically controlled helical microrobot. Sci Adv 9, eadh5260 (2023). https://t.co/bh05qzCUdC
This article on #microrobotics is probably the most amazing thing I've read all morning. #robotics #physics "This microrobot responds to sound stimuli at ~12 to 19 kHz and mimics the spiral motion of natural microswimmers such as spirochetes." https://t.co/n9gfnGk08u
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
This video discusses a tiny, acoustically controlled helical microrobot that moves using sound waves, similar to microorganisms. Its design and control mechanisms have potential applications in microfabrication…
This video discusses a tiny, acoustically controlled helical microrobot measuring approximately 350 micrometers in length and 100 micrometers in diameter. It mimics microorganisms like spirochetes and can be directed by…
An acoustically driven helical microrobot (350X100 μm) responds to sound stimuli at ~12 to 19 kHz & mimics the spiral motion of natural microswimmers using a fin-like double-helix microstructure & switches direction when the frequency changes https://t.co/40gQRD2PNQ
New from #ERC_Research https://t.co/84rJspqfDD An acoustically controlled helical microrobot
This article on #microrobotics is probably the most amazing thing I've read all morning. #robotics #physics "This microrobot responds to sound stimuli at ~12 to 19 kHz and mimics the spiral motion of natural microswimmers such as spirochetes." https://t.co/n9gfnGk08u
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @TechXplore_com: Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEy…
Using #soundWaves to propel a microrobot through narrow tubes @ScienceAdvances https://t.co/iYeVxCH1lB https://t.co/uEyte0IpkT
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
Y. Deng, A. Paskert, Z. Zhang, R. Wittkowski, D. Ahmed, An acoustically controlled helical microrobot. Sci Adv 9, eadh5260 (2023). https://t.co/bh05qzCUdC
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
RT @DanielAhmedARSL: Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propul…
Thrilled to share our recent work!! The interaction between acoustics and 3D microstructures, in the context of propulsion, had not been studied. Big congrats to Yong, Adrian, Zhiyuan, and Raphael! @ETH_en @eth_dmavt @ScienceAdvances @ERC_Research https://t.co/yedBhI0sCQ