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About

Frank Jansen is a space propulsion researcher whose work centers on advanced nuclear electric propulsion (NEP) systems and their application to ambitious deep-space exploration missions. His research consistently addresses one of spaceflight's most pressing challenges: enabling fast, reliable, and power-rich transportation to distant destinations such as Mars, the outer planets, and their moons. Jansen's most notable contribution is his sustained advocacy for and technical development of nuclear-electric propulsion architectures, particularly the International Nuclear Power and Propulsion System (INPPS), a conceptual space tug designed for flagship interplanetary missions to Mars and Europa. His 2014 paper articulating the benefits of NEP for space exploration provided an accessible yet technically grounded case for the technology, highlighting its ability to dramatically reduce transit times and deliver substantially higher onboard power than conventional systems. His involvement in the European Space Agency-aligned DiPoP (Disruptive Technologies for Power and Propulsion) studies further demonstrates his role in shaping continental space strategy, evaluating fission-based options for heavy robotic and crewed interplanetary missions. Though his citation counts remain modest — reflecting the niche but forward-looking nature of his field — Jansen's work represents foundational thinking for the next generation of deep-space exploration infrastructure.