Papers
3
Total Citations
81
H-Index
3
About
Jared Squire is a pioneering aerospace engineer whose research has significantly advanced the field of high-power electric propulsion, with a particular focus on the Variable Specific Impulse Magnetoplasma Rocket (VASIMR) technology. His work centers on magnetoplasma thrusters, plasma physics, and space transportation systems capable of enabling ambitious missions beyond low Earth orbit, including lunar cargo delivery, near-Earth asteroid exploration, and crewed planetary missions. Squire's most influential contribution is his research on the VX-200 magnetoplasma thruster, which demonstrated thruster efficiencies exceeding fifty percent — a landmark achievement in electric propulsion that has garnered 56 citations and validated VASIMR as a credible propulsion architecture for heavy-payload missions. His earlier work on the VX-100 experiment, cited 21 times, demonstrated efficient plasma production at power levels exceeding 50 kW with 100% propellant utilization, establishing critical performance benchmarks for the technology. Squire has also contributed to understanding the role of helicon discharges and ion cyclotron resonance heating in plasma acceleration. Through his sustained research, Squire has helped position VASIMR as one of the most promising technologies for dramatically reducing transit times and propellant costs for next-generation deep-space exploration missions.
Research Focus
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