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About

Byung Hwa Lee is a leading researcher in cognitive aging and neurorehabilitation, whose work bridges neuroscience, gerontology, and assistive technology. Her primary research areas include the neuroplastic effects of cognitive training, robot-assisted interventions for the elderly, and structural brain changes associated with aging and dementia prevention. Lee’s most cited study, a 2015 controlled trial involving 85 healthy seniors, demonstrated that multi-domain cognitive training—particularly robot-assisted programs—can induce measurable increases in cortical thickness, offering compelling evidence that non-pharmacological interventions can counteract age-related brain atrophy. This work, with 98 citations, has been pivotal in shaping how clinicians and technologists design cognitive stimulation protocols for aging populations. Beyond this landmark paper, Lee has contributed to understanding how traditional versus technology-driven training differentially impact neural structure, informing the development of scalable, home-based interventions. Her research holds significant implications for delaying cognitive decline and improving quality of life in the elderly, positioning her as a key voice in the intersection of neuroimaging, robotics, and geriatric care.