Robert Malinowski

This study identifies reliable and functionally relevant brain regions for tDCS to enhance novel-word learning and assesses test-retest reliability of behavioral and imaging outcomes.

This study shows that non-invasive brain stimulation during sleep increases slow oscillations and links these changes to altered Alzheimer's disease biomarkers in plasma.

This study identifies functional brain networks involved in object-location learning using fMRI and shows how connectivity within these networks changes with learning performance.

This study tests the effect of anodal and cathodal so-tDCS on sleep oscillations and cortical excitability in older adults, finding that anodal so-tDCS improves SO-spindle synchrony and cortical excitability, while cathodal so-tDCS does not enhance these measures.

This study investigates how matching stimulation frequency to natural slow oscillations during sleep affects SO-spindle coupling, finding that standardized frequency is more effective than individualized frequency.

This study investigates delta waves, spindles, and slow oscillations in human NREM sleep and their role in memory formation in older adults, finding that the ratio of SO- to delta-nested spindles predicts memory ability.