In this project with use synchronous brain stimulation tACS in the theta range to increase fronto-parietal brain synchronization and improve EF of MCI patients, potentially delaying conversion to dementia. We will investigate if brain synchrony increased using tACS will improve cognitive functioning in MCI patients. We further want to achieve the increase in fronto-parietal brain synchronization induced by the tACS and measured by EEG. At the moment the inclusion of participants is finalized, we only collect 1 year follow up.

Bridging communication gaps: Neurocognitive and social effects of accented speech in human and AI interaction
Doctoral Networks, Marie Skłodowska-Curie Actions
Co-investigator: Marco Calabria
