08/21/2024, 08:31 PM UTC
电激活铁电向列微型机器人Electrically Activated Ferroelectric Nematic Microrobots
➀ 电激活铁电向列微型机器人展示了受控的运动和组装。 ➁ 这些微型机器人利用铁电液体和固体之间的极化耦合。 ➂ 研究探讨了边缘场分布对微型机器人行为的 影响。 ➃ 铁电向列液晶液滴表现出机电不稳定性并产生流体喷射。 ➄ 该研究有助于理解复杂系统中的活性物质和集体运动。➀ Electrically activated ferroelectric nematic microrobots demonstrate controlled motion and assembly. ➁ These microrobots utilize the polarization coupling between ferroelectric liquids and solids. ➂ The study explores the effects of the fringing field profile on the microrobots' behavior. ➃ Ferroelectric nematic liquid crystal droplets exhibit electromechanical instability and fluid jets. ➄ The research contributes to the understanding of active matter and collective motion in complex systems.
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