Kebin Fan

Duke University, Nanjing University of Science and Technology

Papers

Total Citations

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About

Kebin Fan is a researcher working at the exciting intersection of photonics, thermal management, and bio-inspired robotics. His work spans advanced infrared optical engineering and adaptive soft robotics, with a focus on creating intelligent, responsive systems capable of interacting dynamically with their environments. Fan's most widely recognized contribution is his development of a triple-mode mid-infrared modulator designed for radiative heat management, published in 2021 and accumulating 67 citations. This landmark work addresses a fundamental challenge in thermal engineering: the difficulty of managing heat transfer across objects with varying emissivity. By enabling surface-level control of radiative heat exchange, Fan's modulator offers a versatile solution with profound implications for energy efficiency and sustainability in modern infrastructure. More recently, Fan has ventured into soft robotics, exploring bioinspired designs driven by light-activated mechanisms. His 2025 work on photodriven camouflaged soft robots reflects an innovative approach to adaptive systems, integrating dynamic structural coloration and biomimicry to develop robots suited for sensitive, high-stakes environments including military applications. Fan's research trajectory reveals a researcher pushing boundaries across disciplines — from nanophotonic thermal control to autonomous soft machines — establishing him as a compelling voice in next-generation materials and robotics research.