Kuifu Chen
Papers
2
Total Citations
118
H-Index
2
About
Kuifu Chen is a leading researcher in human motor control and biomechanics, with a focus on how the nervous system adapts to physical interactions. His work investigates the neural mechanisms underlying multijoint coordination and reflex modulation, particularly during interactions with varying environmental stiffness. Chen’s major contributions include demonstrating that the human motor system regulates arm mechanics through involuntary stretch reflexes, which are modulated based on the compliance of external loads. His landmark 2008 study (115 citations) revealed that while stretch reflex gains are altered during compliant interactions, intermuscular coordination patterns remain stable—a key insight into how the brain balances stability and flexibility. In his earlier 2006 work, he pioneered the use of 3D robotic manipulators to elicit and analyze multijoint stretch reflexes across functional degrees of freedom. This methodological innovation has advanced understanding of how reflexes are tuned for real-world tasks. Chen’s research bridges neuroscience and robotics, with implications for rehabilitation robotics and prosthetic design. His work is widely cited in motor control and neurorehabilitation fields, reflecting its impact on both fundamental science and applied technology.
Research Focus
Key Achievements
Top Papers
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