Carlos R. Hernandez‐Castillo
Papers
2
Total Citations
14
H-Index
2
About
Carlos R. Hernandez‐Castillo investigates the neural and biomechanical foundations of human dexterity, focusing on how the brain integrates sensory feedback to control skilled hand and arm movements. His major contributions center on the rapid, automatic responses that occur when we manipulate objects—particularly when a held object begins to slip. In his most cited work (2020, 12 citations), he demonstrated that somatosensory information from a slipping object triggers a remarkably fast and coordinated shoulder muscle response, revealing a reflexive pathway that helps stabilize grip and prevent drops before conscious awareness. This finding challenges traditional views of motor control by highlighting the role of proximal muscles in fine manipulation tasks. His research bridges sensorimotor neuroscience and rehabilitation, offering insights into how feedback loops operate in real-world grasping. Though early in his career, Hernandez‐Castillo’s work has already shaped understanding of automatic motor corrections, with implications for prosthetic design and robotic manipulation. His studies underscore the elegance of the human sensorimotor system—where a split-second slip can orchestrate a whole-limb reaction to keep an object secure.
Research Focus
Key Achievements
Top Papers
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