Semih Sevim
@semihsevim_
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Senior Scientist at Multi-Scale Robotics Lab, ETH-Zürich
Joined August 2014
By exploiting microfluidic tools, we showed the reaction-diffusion (RD) controlled growth of customized magnetic soft continuum robots (mSCRs) and their transformation into smaller robotic units. L. Hertle, @PuigmartiLuis, @hpdnelson, @PaneSalvador et al.
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Can we utilize electric fields as a smart reagent to catalyze chemical processes over a large electrode surface? Check out our new paper in @NatureComms Here: @PaneSalvador @IsmaelDezPrez1 @PuigmartiLuis
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RT @PuigmartiLuis: @semihsevim_ , @joaopvale and @YuanzhiXia001's paper has been highlighted in @natcomms, CONGRAT…
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RT @PuigmartiLuis: Very happy to see this paper out in @NatureComms. Here we show how to impose chemical gradients onto surfaces. The credi…
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RT @ChrKuttner: Spatiotemporal surface chemistry... @YuanzhiXia001 et al. show the microfluidic transfer of chemical gradients onto graphen…
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RT @PaneSalvador: Two positions (1 postdoc + 1 PhD) open for an snf project on nanoscale ferroelectrics at the Multi-Scale Robotics Lab, ET…
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RT @PaneSalvador: Happy to present our biotemplated magnetic microrobot with integrated 2D MoS2 for photothermal cancer therapies and molec…
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RT @AdvSciNews: This tiny microrobot is made of 2D-MoS2, which can transform light into heat. @PaneSalvador and team show their promising…
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RT @PaneSalvador: Happy to see our work on magnetoelectric generation of hydrogen highlighted on the front cover of Advanced Materials by D…
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RT @PuigmartiLuis: Very happy to see this work finally out in @NatureComms. It took us sometime to understand how secondary flows could tri…
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RT @deMelloGroup: Nice to see this lovely collaboration out. "Biotemplating of MOFs Nanocrystals for Applications in Small-Scale Robotics…
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RT @AdvSciNews: Meet MOFBOT! A small swimmer made by biotemplating metal–organic framework (MOF) nanocrystals onto magnetic helical structu…
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RT @PaneSalvador: Great collaboration of the Multi-Scale Robotics Lab with Chem-in-flow Lab, @FuniMat, @deMelloGroup and @PumeraGroup : "Bi…
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RT @PaneSalvador: Our paper "A Submillimeter Continuous Variable Stiffness Catheter for Compliance Control" highlighted as frontispice in A…
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A catheter that can change its rigidity on demand can be safely navigated in its soft state and stiffened when needed to apply force at its tip
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RT @AdvSciNews: The custom microfluidic devices reported in this paper simulate microgravity, allowing crack-free growth of 2D porous cryst…
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RT @PuigmartiLuis: Happy to share our art work that was finally selected as front cover in Advanced Materials. In collaboration with @nanos…
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Very nice cover for a very nice work! Congrats to all! “2D Materials: Synthesis of 2D Porous Crystalline Materials in Simulated Microgravity (Adv. Mater. 30/2021)”
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Happy to contribute this nice work! “A Submillimeter Continuous Variable Stiffness Catheter for Compliance Control”
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Happy to contribute this nice work!
Our paper “A Submillimeter Continuous Variable Stiffness Catheter for Compliance Control” is now published in Advanced Science. J. Lussi, M. Mattmann, Semih Sevim, Q. Boehler, C. Chautems, @PuigmartiLuis @BradNel15399711 et al. @eth_dmavt @IQTCUB @ETH_en
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