Timothy M. Ellmore

The paper examines how white matter micro- and macrostructural properties relate to recognition memory speed across young to middle adulthood using fixel-based analysis and fornix tractography.

This study uses simultaneous EEG-fMRI to examine thalamic activity during working memory delay periods under different memory loads, finding reduced thalamic activation with higher load.

The paper uses structured reservoir computing to model how white matter connectivity influences narrative processing speed in different cortical areas.

This study examines how interhemispheric connectivity changes during working memory maintenance of complex visual stimuli under different load conditions using EEG.

The paper examines how spontaneous eye blink rate during different phases of a visual working memory task predicts task accuracy, finding a positive correlation during the delay period.

This study shows that rehearsal improves working memory for non-semantic visual stimuli, with alpha and theta band activity in the left anterior temporal lobe correlating with this benefit.

This study shows that saccades before scene working memory reduce memory accuracy, especially for inconsistent-handers, while saccades before recognition have smaller effects.

This study uses EEG and fMRI to show that a widespread cortical network supports both short- and long-term scene memory through distinct spatiotemporal neural dynamics.

The paper examines EEG delay activity in working memory tasks and finds transient early theta activity correlates with scene memory performance.