Benjun Yao

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About

Benjun Yao is a rising researcher whose work centers on the intersection of optical manipulation and color science, with a particular focus on nonemissive color tuning technologies. His most-cited paper, "Color Tuning Using Scanning Optical Tweezers" (2023, 6 citations), introduces a novel approach that leverages optical tweezers for direct color mixing—a simpler, low-cost, and energy-efficient alternative to complex structural displays. This contribution addresses a growing demand for dynamic color control in applications like painting, printing, decoration, and animation. By demonstrating how scanning optical tweezers can precisely manipulate particles to achieve tunable colors without emissive components, Yao offers a scalable solution for next-generation display technologies. His work bridges fundamental optics and practical engineering, providing a foundation for future innovations in adaptive and interactive color systems. Though early in his career, Yao’s research signals a promising trajectory in photonics and materials science, with potential impacts on sustainable and versatile color display platforms.