提出了一种全新的超亲水表面液滴操控方法“声致去润湿（Acousto-dewetting）”，突破了液滴操控对疏水界面的依赖，彻底改变了液滴微流控技术长期以来必须依赖表面改性的范式，为其在复杂实际环境中的应用打开了新的可能性。

Here we report acousto-dewetting, a liquid dewetting principle that enables the three-dimensional, remotely controllable and precise operation of droplets on surfaces of any wettability, including superhydrophilic surfaces.

本研究构建了一个利用高密度超声阵列和显微镜的非接触式声学操控系统，实现对微粒的精准控制。

This work develops a noncontact acoustic manipulation system using a high-density ultrasonic array and microscope for precise particle control.

本研究提出了一种双臂纳米机器人系统，实现软神经电极在脑组织中的精确对准与可控植入，并成功记录到标准神经信号。

This work presents a dual-arm nanorobotic system for direct implantation of soft neural electrodes, enabling precise alignment and controlled insertion into brain tissue to record standard neural signals.