Kyuwan Choi

The University of Texas Southwestern Medical Center, Hong Kong University of Science and Technology

Papers

Total Citations

H-Index

About

Kyuwan Choi’s research spans two distinct yet equally impactful domains: human episodic memory and multifingered robotic manipulation. In neuroscience, his 2020 study on longitudinal differences in hippocampal connectivity during episodic memory processing (14 citations) addresses a fundamental question about how the hippocampus specializes along its long axis to support mnemonic function, with implications for clinical management of temporal lobe patients. This work contributes to theories of memory organization and neural specialization. In robotics, Choi pioneered tactile sensor integration for dexterous manipulation. His 2002 paper on capacitive tactile sensors for the HKUST hands (14 citations) enabled measurement of contact position, force, and curvature, while his 2003 work on coordinated motion generation (12 citations) solved the critical problem of determining contact velocities during rolling contact. These contributions advanced multifingered robotic hands’ ability to perform complex, real-world tasks through tactile feedback. With a combined citation impact of 40 across these key works, Choi’s interdisciplinary research bridges cognitive neuroscience and robotics, offering insights for both memory theory and practical robotic dexterity.