Sang Eon Park
Papers
2
Total Citations
104
H-Index
2
About
Sang Eon Park is a leading researcher in the neuroscience of cognitive aging, with a primary focus on how targeted interventions can induce structural brain changes in the elderly. His work bridges neurorehabilitation and geriatric cognitive science, particularly through the innovative use of robot-assisted training platforms. Park’s most influential contribution is his landmark 2015 study, which demonstrated that multi-domain cognitive training—especially when robot-assisted—can measurably alter cortical thickness in the brains of healthy, community-dwelling seniors. This single-blind randomized controlled trial, cited nearly 100 times, was among the first to use MRI-based structural outcomes rather than relying solely on cognitive test scores, offering a more objective biomarker for training efficacy. His earlier 2013 work laid the methodological groundwork for this approach, establishing the validity of using neuroimaging to evaluate cognitive interventions. By showing that the aging brain retains plasticity and can be structurally reshaped through systematic training, Park’s research has profound implications for designing non-pharmacological strategies to combat age-related cognitive decline. His work continues to influence both clinical rehabilitation protocols and the development of assistive robotic technologies for geriatric populations.
Research Focus
Key Achievements
Top Papers
- 1
- 2