Muhammad Roman

Missouri University of Science and Technology

Papers

Total Citations

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About

Muhammad Roman is a leading researcher in fiber-optic sensing, specializing in distributed measurement technologies for temperature and strain. His most-cited work, “Distributed Fiber-Optic Sensing With Low Bending Loss Based on Thin-Core Fiber” (2021, 19 citations), introduces a thin-core high-numerical aperture (TC-HNA) optical fiber that overcomes a critical limitation of standard single-mode fibers (SMFs) in Rayleigh backscattering-based (RBS) systems. By demonstrating significantly reduced macrobending loss, Roman’s innovation enables more robust and flexible sensor deployment in challenging environments, such as structural health monitoring and industrial process control. This contribution addresses a key trade-off between sensitivity and mechanical resilience, advancing the practical utility of distributed fiber-optic sensors. Roman’s work has garnered attention for its potential to enhance measurement accuracy and durability, with his paper serving as a foundational reference for subsequent studies in low-loss fiber design. His research bridges materials engineering and applied optics, offering tangible solutions for real-world sensing challenges. With a growing citation record, Roman continues to shape the field of optical fiber sensors, making him a notable figure for students and researchers exploring next-generation distributed sensing technologies.