Hesham A. ElShafei

This study investigates how auditory working memory and selective attention interact during a melody-based task using MEG, finding reciprocal influences between the two processes.

This study identifies two distinct alpha rhythms in posterior cortex during visual working memory, showing different power and frequency modulations and relationships with task performance.

This study examines how distractibility components change with age, finding that sustained attention decreases and distraction increases in older adults, while voluntary orienting remains stable.

The paper investigates how brain rhythms in the 1-30 Hz range influence information processing during a working-memory task using MEG data from human participants.

The paper examines how attentional and motor components contribute to distractibility across childhood to adulthood, finding distinct developmental trajectories for each component.

This study investigates whether rhythmic cues improve perceptual discrimination and finds no evidence of entrainment, but suggests a link between cue frequency and faster reaction times.

This study investigates attentional alterations in migraine using behavioral and MEG/EEG data, finding increased bottom-up orienting responses and enhanced top-down attention recruitment in migraineurs.

This study investigates age-related changes in oscillatory patterns associated with top-down and bottom-up attention using MEG data from young and elderly participants.

The paper investigates gamma activity in response to distracting sounds, showing its role in ventral BU network activation and TD/BU attention balance in the prefrontal cortex.