pH-Responsive swimming behavior of light-powered rod-shaped micromotors
Srikanta Debata,
Suvendu Kumar Panda,
Satyaprakash Trivedi
et al.
Abstract:Micromotors have emerged as promising devices for a wide range of applications e.g., microfluidics, lab-on-a-chip devices, active matter, environmental monitoring, etc. The control over the activity of micromotors with the...
“…They have been explored for synthesis via different methods to target specific applications and also for swimming by researchers under different techniques, e.g., chemical or light-driven methods, and have been shown to exhibit interesting results. [22][23][24][25][26][27] However, the swimming behavior of rodshaped microswimmers under an AC electric field is not well explored. This is mainly because of the limitations of conventional chemical or physical deposition methods in fabricating metallodielectric Janus microrods.…”
Section: Introductionmentioning
confidence: 99%
“…, chemical or light-driven methods, and have been shown to exhibit interesting results. 22–27 However, the swimming behavior of rod-shaped microswimmers under an AC electric field is not well explored. This is mainly because of the limitations of conventional chemical or physical deposition methods in fabricating metallo-dielectric Janus microrods.…”
The ability to move and self-organize in response to external stimuli is a fascinating feature of living active matter. Here, the metallo-dielectric rod-shaped microswimmers are shown to have a similar...
“…They have been explored for synthesis via different methods to target specific applications and also for swimming by researchers under different techniques, e.g., chemical or light-driven methods, and have been shown to exhibit interesting results. [22][23][24][25][26][27] However, the swimming behavior of rodshaped microswimmers under an AC electric field is not well explored. This is mainly because of the limitations of conventional chemical or physical deposition methods in fabricating metallodielectric Janus microrods.…”
Section: Introductionmentioning
confidence: 99%
“…, chemical or light-driven methods, and have been shown to exhibit interesting results. 22–27 However, the swimming behavior of rod-shaped microswimmers under an AC electric field is not well explored. This is mainly because of the limitations of conventional chemical or physical deposition methods in fabricating metallo-dielectric Janus microrods.…”
The ability to move and self-organize in response to external stimuli is a fascinating feature of living active matter. Here, the metallo-dielectric rod-shaped microswimmers are shown to have a similar...
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