Yoshiki Yamagiwa
Papers
3
Total Citations
23
H-Index
2
About
Yoshiki Yamagiwa is a pioneering researcher in space engineering, best known for his foundational work on space elevator technologies and electrodynamic tether systems. His key research areas include microsatellite-based space experiments, bare tether current collection, and advanced tether deployment mechanisms. Yamagiwa’s major contributions center on validating critical technologies for space elevators through innovative microsatellite missions, such as the STARS series. His 2016 paper on space elevator basic technologies using microsatellites, with 18 citations, demonstrates his role in advancing practical tether systems for orbital infrastructure. Notably, his 2010 sounding rocket experiment on bare electrodynamic tether current collection—a three-part innovation involving tape tether deployment, attitude control via tether robots, and bare tether current collection—paved the way for efficient space debris removal and satellite propulsion. Though his citation counts are modest, Yamagiwa’s work is highly influential in niche space engineering communities, particularly for its hands-on experimental validation of concepts that could revolutionize access to space. His achievements highlight the importance of incremental, flight-tested progress in making space elevators a tangible reality.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3STARS series satellite2 citations · 2023