Saša R. Filipović

The paper evaluates how different types of transcranial electrical stimulation affect EEG microstates in healthy adults, finding that oscillatory tDCS (otDCS) has the most widespread effects.

The paper examines how baseline cognitive abilities influence the effects of tDCS, tACS, and otDCS on object-location memory, finding that processing speed and mnemonic binding moderate stimulation outcomes.

This study uses psychometric modeling and brain stimulation to explore how executive functions relate to higher cognition, finding that working memory updating mediates cognitive effects.

This study examines how negative affectivity traits moderate tDCS effects on working memory and associative memory in healthy adults.

This study examines individual-specific effects of transcranial electrical stimulation on 40-Hz auditory steady-state responses, finding significant interindividual variability and a link between baseline ASSR and memory gain in otDCS.

The paper develops a method to determine an individual's dominant theta-band frequency during associative memory tasks to personalize non-invasive brain stimulation.

This study investigates the effects of tDCS on executive function updating and finds no significant effects on the keep-track task.

This study tested the effect of a single session of tDCS on spatial memory performance and found no significant improvements in immediate or delayed recall.