Max Robotics — Global Service Robot Directory + US Certification

About

Hanna Cho is a leading researcher in cognitive neuroscience, with a primary focus on understanding and enhancing brain health in aging populations. Her work centers on the structural plasticity of the aging brain, specifically investigating how multi-domain cognitive training—both traditional and robot-assisted—can induce measurable changes in cortical thickness. Cho’s major contribution lies in demonstrating that targeted cognitive interventions can produce detectable structural brain changes in healthy elderly individuals, a finding that moves beyond subjective cognitive tests to provide objective, MRI-based evidence of neuroplasticity. Her seminal 2015 study, which has garnered 98 citations, was a controlled trial involving 85 cognitively healthy volunteers aged 60 and older, revealing that robot-assisted multi-domain training can alter cortical thickness. This work is pivotal in validating the efficacy of technology-enhanced cognitive interventions. Cho’s research bridges gerontology, neuroimaging, and human-robot interaction, offering compelling evidence that the aging brain remains malleable and responsive to structured training, thereby informing the design of future interventions to combat age-related cognitive decline.