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About

Ansel Barchowsky is an emerging researcher at the intersection of space robotics and power electronics, with a focus on enabling the next generation of planetary and ocean-world exploration. His work spans two complementary domains: advanced robotic systems capable of navigating extreme extraterrestrial environments, and the high-efficiency power conversion technologies needed to sustain them. Barchowsky has contributed to the development of the EELS robot, a pioneering platform designed to explore hazardous, previously inaccessible terrains through in-situ adaptation — a paradigm shift from traditional incremental space mission architectures. Equally significant is his work on ocean access strategies for icy moons like Enceladus, proposing crevasse-based pathways as a compelling alternative to drilling through kilometers of ice. On the power systems front, Barchowsky has designed and implemented GaN-based hybrid switched-capacitor DC-DC converters optimized for the mass-critical, radiation-harsh demands of space hardware, alongside high-voltage tethered power transmission systems for long-range planetary surface applications. Each of these papers has garnered early citation traction, reflecting their relevance to a rapidly growing field. His research collectively advances humanity's capacity to explore the solar system's most challenging and scientifically promising destinations.