Papers
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Total Citations
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About
Dr. Dong Wan is a pioneering researcher in the field of advanced tactile sensing, with a focus on developing biomimetic sensory systems that bridge the gap between artificial and human-like perception. Their work centers on multimodal tactile sensor arrays, particularly those capable of high-resolution graphesthesia—the ability to perceive and discriminate fine surface textures and shapes. Dr. Wan’s most notable contribution, the "Sub‐Milliscale‐Resolution Bimodal Tactile Sensor Array with Human‐Skin‐Like Graphesthesia Sensation," published in 2026, achieves an unprecedented sub-milliscale resolution while integrating dual sensing modalities. This breakthrough directly addresses a longstanding challenge in robotics and embodied intelligence: simultaneously attaining high spatial resolution and multimodal feedback. Although early in its citation impact, this work represents a critical step toward enabling robots to perform delicate tasks requiring exquisite tactile differentiation, such as medical palpation or object manipulation. Dr. Wan’s research is poised to influence next-generation prosthetic limbs, human-machine interfaces, and intelligent manufacturing, where nuanced touch sensing is essential. Their innovative approach to mimicking human skin’s graphesthesia marks a significant advance in tactile sensor design.
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Top Papers
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