Dave Redding
Papers
1
Total Citations
19
H-Index
1
About
Dave Redding’s research career has centered on advancing space-based observatory architectures, particularly through cost-effective, serviceable designs for next-generation telescopes. His most cited work, “A cost-effective and serviceable ATLAST 9.2m telescope architecture” (2014, 19 citations), reimagines the Advanced Technology Large-Aperture Space Telescope (ATLAST) by fitting a 9.2-meter primary mirror into an existing Delta IV Heavy rocket. This breakthrough leverages heritage components and selective technology insertion to dramatically reduce costs while meeting refined science requirements. Redding’s contributions are pivotal in making large-aperture space telescopes more feasible and maintainable, directly influencing future flagship missions. His work demonstrates a rare blend of engineering pragmatism and visionary science, showing how to balance ambition with budget realities. For students and researchers, Redding exemplifies how thoughtful architecture design can unlock transformative astrophysics—enabling studies of exoplanets, dark energy, and galaxy formation—without requiring entirely new launch systems. His impact, though measured in modest citation counts, resonates deeply in the space telescope community, where his cost-saving strategies are increasingly cited as models for upcoming observatories.
Research Focus
Key Achievements
Top Papers
- 1A cost-effective and serviceable ATLAST 9.2m telescope architecture19 citations · 2014