Kyohei Hoshika

Papers

Total Citations

H-Index

About

Kyohei Hoshika’s research centers on bio-inspired micro-robotics and magnetic propulsion, with a particular focus on understanding and replicating the swimming mechanisms of small aquatic organisms. His foundational work, “Magnetic Micro Swimming Mechanism and Visualization of the Surface Flow Induced by the Mechanism Propulsion,” introduces a novel micro-swimmer inspired by the locomotion of copepods. By constructing a prototype from a permanent magnet and a flexible PET film fin, Hoshika demonstrated how an alternating magnetic field can drive propulsion at microscopic scales. This study not only provided a proof-of-concept for a new class of untethered micro-robots but also offered critical insights into the fluid dynamics of surface flow around such tiny swimmers. While his citation count reflects the niche, early-stage nature of this pioneering work, its significance lies in laying the groundwork for future applications in targeted drug delivery, environmental monitoring, and micro-manipulation. Hoshika’s contributions exemplify the intersection of biomechanics and magnetic actuation, inspiring subsequent researchers to explore bio-mimetic designs for micro-scale locomotion.