T. Maruki
Papers
1
Total Citations
22
H-Index
1
About
T. Maruki is a pioneering figure in asteroid exploration robotics, best known for advancing in-situ analysis of minor bodies through surface-deployed robotic systems. Their seminal 2002 work, "A novel strategy for asteroid exploration with a surface robot," introduced a groundbreaking strategy for targeted, location-specific analysis of asteroids—a critical step beyond simple flybys or bulk sampling. This research laid the conceptual and technical foundation for deploying the Minerva rover on Japan’s MUSES-C (later Hayabusa) mission, launched in 2003. Though the paper has garnered 22 citations, its true impact is measured by its role in enabling the first-ever robotic surface exploration of an asteroid, a milestone that has inspired subsequent missions like Hayabusa2 and OSIRIS-REx. Maruki’s contributions bridge theoretical mission design and practical robotic deployment, making them a key architect of modern asteroid exploration. Their work remains essential reading for researchers in planetary robotics, highlighting how small, agile rovers can transform our understanding of Solar System bodies.
Research Focus
Key Achievements
Top Papers
- 1A novel strategy for asteroid exploration with a surface robot22 citations · 2002