Shlomit Beker

This study identifies disrupted multisensory processing in autistic children through EEG analysis, showing reduced theta-band connectivity and multisensory integration compared to controls.

The paper uses EEG and machine learning to identify electrophysiological subtypes in autism, finding a PMS-like subgroup in idiopathic ASD with reduced gamma-band phase-locking.

The paper examines oculomotor entrainment differences in children with ASD compared to typically developing controls, finding reduced synchronization and increased variability in response to predictable stimuli.

This study investigates reduced neural entrainment to rhythmic patterns in autism, linking it to impaired temporal flexibility and behavioral responses to variable stimuli.

This study investigates neural entrainment and anticipation in children with ASD compared to typically developing controls, finding reduced entrainment and altered anticipation in ASD.