Daniel Ahmed
@DanielAhmedARSL
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Daniel Ahmed is an Assistant Professor of Acoustic Robotics for Life Sciences and Healthcare in Mechanical and Process Engineering at ETH.
Zurich
Joined May 2021
RT @PuigmartiLuis: Are you a mechanical engineer interested in pursuing a PhD as part of a European research project? If so, I would love t….
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RT @PumeraGroup: 🗺️ 🤖 “Technology Roadmap of Micro/Nanorobots” review has been published in @acsnano. This MEGA Review—authored by 103 rese….
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Very happy to share our latest innovation: Autonomnous ultrasound microrobots!.Excited about the impact this technology could have ——cardiovascular treatment, stroke intervention, and targeted tumor therapies. Congrats @Mahmoud and everybody involved.
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RT @NaturePortfolio: A paper in @NatureElectron presents an acoustic-based smart textile technology, called SonoTextiles, which can sense t….
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Happy to share our recent work on SonoTextiles in Nature Electronics! We use sound waves to turn fabrics into smart, responsive materials—acoustics is the future of wearables. Kudos to Yingqiang Wang & Chaochao Sun! #WearableTech #SmartTextiles .
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Super happy that our collaborative work with Francesco Clavica has been published! We demonstrate a concept where ultrasound-activated cilia are used to clean urethral stents, avoiding the painful and invasive process of replacing them.
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RT @PrajwalSAgrawal: I'm thrilled to announce that our work #SonoPrint has been featured as the cover image in Advanced Materials Journal!….
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Happy to see our commentary on AI and Microrobots is published today! Congratulations to Mahmoud and Karthik! 🎉🤖 @ERC_Research ,@ETH_en, @eth_dmavt.
In their new Comment, @DanielAhmedARSL et al discuss how AI-driven microrobots can leverage reinforcement learning and generative algorithms to navigate the body’s complex vascular network and deliver precise dosages of medication to targeted lesions.
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RT @UGE_ARTORG: 🎉 Welcome aboard, @CornelDi11inger ! We are thrilled to have you in our lab as UniBern Venture Fellow and to continue our e….
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Thank you, @ariannamen70322 and @VeronicaIacova1 , for being part of this review article. Medical Microrobots | Annual Reviews -
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Delighted to have our study published in PNAS. Super congrats to my students Zhiyuan & Zhan @Zhiyuan58378254 @ZhanShi_ETH. Big thanks to @ERC_Research, @ETH_en, @eth_dmavt to carry out this exciting project. SonoTransformers| PNAS
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RT @CornelDi11inger: Great to see my ultrasound-driven microrobots evolving! Check out their new abilities in the latest issue of @nanoscal….
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How cool is this! US emerges a game-changer in robotics actuation. With the power of US, we've activated 80,000 bubbles to create artificial muscles for var. app. Super congrats to my students @ZhanShi_ETH and @Zhiyuan58378254 @ETH_en @ERC_Research .AP.
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RT @AlexiaCFonseca_: For everyone interested in acoustic microrobots and their potential for medical treatments, I recommend reading our re….
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RT @Zhiyuan58378254: In our new publication, we proposed a capillary acoustofluidic rotation system that offers rapid trapping, high-speed….
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RT @PhysRevFluids: PRFluids Editors' Suggestion: A new study by Li et al. sheds light on the intricate mechanisms of mammalian spermatozoa….
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RT @AlexiaCFonseca_: Greatly enjoying these days in Abu Dhabi at Marss 2023! 🚀 Today I presented our study on Acoustic microrobots in the m….
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