Publikation: Propagating density spikes in light-powered motility-ratchets
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2019
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Soft Matter. 2019, 15(26), pp. 5185-5192. ISSN 1744-683X. eISSN 1744-6848. Available under: doi: 10.1039/c9sm00727j
Zusammenfassung
Combining experiments and computer simulations, we use a spatially periodic and flashing light-field to direct the motion of phototactic active colloids. Here, the colloids self-organize into a density spike pattern, which resembles a shock wave and propagates over long distances, almost without dispersing. The underlying mechanism involves a synchronization of the colloids with the light-field, so that particles see the same intensity gradient each time the light-pattern is switched on, but no gradient in between (for example). This creates pulsating transport whose strength and direction can be controlled via the flashing protocol and the self-propulsion speed of the colloids. Our results might be useful for drug delivery applications and can be used to segregate active colloids by their speed.
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530 Physik
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LOZANO, Celia, Benno LIEBCHEN, Borge TEN HAGEN, Clemens BECHINGER, Hartmut LÖWEN, 2019. Propagating density spikes in light-powered motility-ratchets. In: Soft Matter. 2019, 15(26), pp. 5185-5192. ISSN 1744-683X. eISSN 1744-6848. Available under: doi: 10.1039/c9sm00727jBibTex
@article{Lozano2019-07-03Propa-46018,
year={2019},
doi={10.1039/c9sm00727j},
title={Propagating density spikes in light-powered motility-ratchets},
number={26},
volume={15},
issn={1744-683X},
journal={Soft Matter},
pages={5185--5192},
author={Lozano, Celia and Liebchen, Benno and ten Hagen, Borge and Bechinger, Clemens and Löwen, Hartmut}
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<dcterms:abstract xml:lang="eng">Combining experiments and computer simulations, we use a spatially periodic and flashing light-field to direct the motion of phototactic active colloids. Here, the colloids self-organize into a density spike pattern, which resembles a shock wave and propagates over long distances, almost without dispersing. The underlying mechanism involves a synchronization of the colloids with the light-field, so that particles see the same intensity gradient each time the light-pattern is switched on, but no gradient in between (for example). This creates pulsating transport whose strength and direction can be controlled via the flashing protocol and the self-propulsion speed of the colloids. Our results might be useful for drug delivery applications and can be used to segregate active colloids by their speed.</dcterms:abstract>
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