Summer Yang

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About

Dr. Summer Yang is a pioneering aerospace engineer whose work is reshaping power infrastructure for planetary exploration. Her primary research focuses on high-voltage power transmission systems for extraterrestrial environments, particularly the development of tethered power architectures capable of delivering electricity across kilometers of lunar or Martian terrain. Yang’s landmark 2022 paper, “A High Voltage Tethered Power System for Planetary Surface Applications,” has garnered 5 citations and established a foundational framework for enabling sustained human presence beyond Earth. Her major contribution lies in demonstrating that efficient, long-distance power conversion is not only feasible but critical for in-situ resource utilization and permanent settlement—a challenge previously dismissed as impractical. By addressing the unique constraints of vacuum, temperature extremes, and regolith dust, Yang’s work directly supports NASA’s Artemis program and commercial lunar initiatives. Her innovative tethered system design promises to eliminate the need for multiple lander-based power stations, dramatically reducing mission costs. For students and researchers, Yang represents a new generation of engineers solving real-world space infrastructure problems, proving that power transmission—often overlooked—is the invisible backbone of humanity’s off-world future.