Zane Stokesberry

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About

Dr. Zane Stokesberry is a leading figure in high-frequency antenna metrology, whose work bridges the critical gap between near-field and far-field characterization for next-generation wireless systems. His primary research focuses on developing automated, robotic measurement platforms capable of operating across the 6–110 GHz spectrum, a range essential for 5G/6G communications and millimeter-wave radar. His most cited work, "Robotic Radiation Pattern Measurement System for 6–110 GHz Based in Both Near Field and Far Field" (2023, 9 citations), introduces a transformative system that overcomes a fundamental limitation of traditional setups: the inability to dynamically adjust the distance between the antenna under test and the standard gain antenna. By integrating both near-field transformation techniques and direct far-field measurements into a single robotic platform, Dr. Stokesberry’s innovation enables more versatile, accurate, and cost-effective antenna characterization. This contribution is particularly impactful for researchers and engineers developing compact, high-gain antennas where precise radiation pattern knowledge is critical. His work has already garnered attention in the electromagnetic measurement community, establishing him as a key innovator in automated metrology for the upper millimeter-wave bands.