Try Lam
Papers
1
Total Citations
51
H-Index
1
About
Try Lam is a leading aerospace engineer whose work has shaped NASA’s boldest asteroid exploration initiatives. His primary research focuses on mission design, trajectory optimization, and planetary defense—areas critical to humanity’s future in deep space. Lam’s most influential contribution is his 2013 paper, “Overview of Mission Design for NASA Asteroid Redirect Robotic Mission Concept,” which has garnered 51 citations and laid the technical foundation for a groundbreaking concept: capturing a small asteroid (4–10 meters in diameter) and redirecting it into a stable lunar orbit. This mission design would enable astronauts to visit the asteroid for scientific study and test key technologies for future human exploration of Mars. Lam’s work bridges robotic precision and human spaceflight, demonstrating how innovative orbital mechanics can unlock new frontiers. His contributions have been instrumental in advancing NASA’s planetary defense strategies and in-space resource utilization. For students and researchers, Lam exemplifies how rigorous mission design can turn ambitious visions—like asteroid redirection—into achievable engineering milestones, inspiring the next generation of space architects.
Research Focus
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