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About

Yongting Yang is an emerging researcher specializing in ultrashort pulsed laser technology, robotic laser systems, and precision micromachining. Their work sits at a compelling intersection of advanced laser physics and industrial robotics, focusing on solving fundamental challenges that arise when integrating high-precision laser systems with multi-axis robotic platforms. Yang's most significant contributions center on the development and characterization of six-axis articulated ultrashort pulsed laser robot systems, pioneering flexible and large-area 2D and 3D micromachining capabilities. A particularly noteworthy achievement is their first-ever reported realization of such a system, demonstrating its viability for complex surface processing tasks that traditional fixed laser setups cannot accommodate. Complementing this, Yang has made important advances in beam stabilization technology, developing innovative solutions using CMOS cameras and piezo actuators to maintain beam precision during dynamic robot movement — a critical technical hurdle in this field. With a growing body of work published between 2023 and 2025 and accumulating approximately 13 citations, Yang represents an active and promising voice in laser manufacturing research. Students exploring advanced manufacturing, laser-material interaction, or robotic automation will find Yang's publications particularly valuable for understanding the frontier challenges and solutions in flexible precision laser processing.