K. Richard Ridderinkhof

The paper investigates how tactile inputs are integrated across different timescales using EEG recordings and finds that early and late cortical stages are influenced by preceding intervals, while intermediate stages are influenced by both previous and penultimate intervals.

The paper shows that smartphone interactions are organized by recurring neural patterns linked to behavioral intervals, suggesting the brain uses shared neural structures for diverse actions.

The paper uses smartphone touchscreen interaction data to infer aging states and finds individuals exhibit fluctuating age-related behavioral resilience over time.

The paper re-evaluates a previous finding on tDCS effects on attentional blink, finding no significant negative correlation and suggesting smaller effects.

This study investigates whether tDCS over the frontal eye field affects saccade latency or accuracy, finding no significant effects.

The paper investigates how fronto-basal ganglia circuitry contributes to response inhibition and conflict-induced slowing using fMRI and reinforcement-learning models.