3 accepted papers
Due to miniature size, controllability, navigation and versatile capability, micro/nanorobots is appealing for minimally invasive procedures. In particular, blood clot as an unwanted biological object in vessel leads to severe diseases. Herein, we report a magnetite nanoparticle swarm (Fe <sub xmlns
Soft swimming microrobots that can be powered and guided remotely by magnetic field show greater potential for numerous applications than traditional rigid counterparts, due to their soft and flexible architectures. However, main challenges in closed-loop control remain to be overcome for the soft r
Microrobots show great potential to realize a wide range of medical applications especially in a hard-to-reach region within human body. Among a diversity of medical applications, the microrobots are expected to efficiently perform tasks within the human body, but the existing electromagnetic coil s…