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Rechargeable Self-Assembled Droplet Microswimmers Driven By Surface Phase Transitions.pdf

2107.10165.pdf

Preview of Rechargeable Self-Assembled Droplet Microswimmers Driven by Surface Phase Transitions

🔗 Source: arxiv.org

📊 Size: 7.14 MB

👤 Author: Eric Lauga

⬇️ Downloads: 247

Summary

Rechargeable self-assembled droplet microswimmers driven by surface phase transitions are introduced, made from alkane droplets in aqueous surfactant solution. These microswimmers self-propel upon cooling, driven by rapidly growing thin elastic tails, and recharge when heated, allowing them to swim for up to tens of minutes in each cycle. Thermal oscillations induce the swimmers to harness heat from the environment and recharge multiple times. The system offers a platform for examining symmetry breaking in the motion of swimmers exploiting flagellar elasticity and has potential as probes for studying biological propulsion and interactions between artificial and biological swimmers.

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Description

Rechargeable self-assembled droplet microswimmers driven by surface phase transitions are introduced, made from alkane droplets in aqueous surfactant solution.

Technical Information

File Format: PDF
File Size: 7.14 MB
Pages: 16
Language: EN
Author: Eric Lauga
Total Downloads: 247
Last Updated: 2 weeks ago

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