Jesse Grimes-York
Papers
2
Total Citations
14
H-Index
2
About
Jesse Grimes-York is a robotics and space exploration researcher whose work focuses on the critical challenge of autonomously sampling materials from small celestial bodies like comets and asteroids. His primary research areas include robotic sample acquisition systems, in-situ imaging, and mechanisms for extreme environments. Grimes-York made major contributions to the development of the BiBlade sampling chain, a novel tool designed for touch-and-go comet surface sample return missions. His experimental work, detailed in a 2016 paper with 8 citations, demonstrated the system’s effectiveness in collecting and retaining samples under simulated microgravity conditions—a key step toward enabling future NASA-class missions. He also pioneered the Fiberscope Sample Imaging (FiSI) system, which provides real-time visual confirmation of collected material, a capability essential for mission success. With a combined citation count of 14 for his most-cited works, Grimes-York’s research directly addresses the engineering hurdles of robotic sample return, offering practical solutions that bridge the gap between concept and flight-ready hardware. His work stands out for its hands-on experimental validation and its potential to unlock new scientific discoveries from the solar system’s most primitive bodies.
Research Focus
Key Achievements
Top Papers
- 1
- 2