Active colloids are microparticles capable of self-propelling at low Reynolds numbers,
presenting unique opportunities to enhance adsorption processes at the microscale. In this …

Control of individual micromotors within a group would allow for improved efficiency, greater
ability to accomplish complex tasks, higher throughput, and increased adaptability …

Microrobots have emerged as promising tools for biomedical and in vivo applications,
leveraging their untethered actuation capabilities and miniature size. Despite extensive …

Microrobots, untethered miniature devices capable of performing tasks at the microscale,
have gained significant attention in the fields of robotics and biomedicine. These devices …

Mobile magnetic microrobots have been extensively used in a wide range of in vitro
biomedical applications due to their numerous advantages. Magnetic microrobots in …

Bubble-propelled microrobots have an advantage of relatively swift movement compared to
most other types of microrobots, which makes them well suited for applications such as …