3 accepted papers
Microbiological environments are a clear application area for microscale robotics, but targeted delivery of biochemical cues to particular cells or tissues remains a significant challenge. This challenge is compounded by the sheer number of cells that compose tissues. Multirobot system development h
A major driving force propelling the evolution of micrometer and millimeter scale robots is their eventual use in biological environments. Many advancements to microscale robotic technologies have shown that these small scale robots are well-suited for use in environments in which cells and cellular
In this work, we explore a unique approach to harvest energy from active matter in order to independently power and control many untethered, mobile microrobots. More specifically, we investigate microstructure transport caused by stochastic collisions between freely swimming cells and rigid microstr