Sean Jones
Papers
1
Total Citations
30
H-Index
1
About
Sean Jones is a pioneering researcher in wireless power transmission and smart actuator systems, with a focus on microwave-based energy harvesting for autonomous robotics. His most influential work, "Performance characterization of flexible dipole rectennas for smart actuator use" (2006, 30 citations), introduced a transformative approach to powering micro-aerial vehicles, biomimetic robots, and space vehicles by replacing hard-wired control systems with flexible rectenna arrays. This contribution addresses critical challenges in remote maneuverability and system complexity, enabling lighter, more adaptable designs for next-generation robotics. Jones’s research bridges materials science and electrical engineering, demonstrating how flexible dipole rectennas can efficiently convert microwave energy into usable power for actuators. His work has been cited by researchers exploring wireless power for biomedical implants, unmanned systems, and smart structures. By advancing the practical application of microwave power transmission, Jones has laid foundational groundwork for untethered, remotely controllable robotic systems—a key enabler for future exploration in constrained or hazardous environments.
Research Focus
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Top Papers
- 1