Joshua J. Foster

The paper investigates whether suppression of a high-probability distractor location is proactive or reactive by using EEG and spatial memory tasks to probe attentional priority maps.

This study shows that alpha-band EEG activity tracks dynamic transformations of spatial working memory representations during mental imagery tasks.

This study shows that fMRI-BOLD signals can detect multiplicative effects of attention on contrast-response functions in visual areas V1-V3.

This study investigates how temporal attention improves perception by testing three mechanisms under varying noise levels, finding that a combination of signal and stimulus enhancement explains the results.

This study compares the neural representations of working memory and long-term memory in occipital and parietal cortex using fMRI and multivariate pattern analysis, finding shared and distinct coding formats.

The paper uses EEG to show that covert attention increases the gain of spatially tuned population responses in early visual processing.

The paper shows that covert spatial attention speeds the formation of individuated object representations, as evidenced by an earlier N2pc onset when target location is cued.

This study uses alpha-band oscillations and an inverted encoding model to track and reconstruct precise spatial memory retrieval from long-term memory.

The paper tests whether multiple items can be stored concurrently in working memory by analyzing alpha-band EEG activity during a spatial memory task.

The paper investigates how neural mechanisms for working memory differ based on task goals, finding distinct roles for oscillatory alpha-band power and evoked EEG activity in continuous recall and visual search tasks.