Alex O. Holcombe

The paper investigates whether individual alpha frequency (IAF) predicts motion-position illusion magnitude but finds no correlation.

This study investigates how the brain tracks the position of visible and imagined objects using EEG and multivariate pattern analysis, finding that imagined object tracking uses similar perceptual processes but with different timing.

The paper demonstrates an illusion where a moving object's disappearance location is perceived to shift in the direction of motion on a dynamic noise background, suggesting attentional tracking continues after the object disappears.

The paper shows that attention updates perceived position of moving objects, resolving a dissociation between perception and saccade targeting.

The paper investigates how temporal autocorrelation in visual stimuli affects attentional latency, finding that smooth changes increase selection lag compared to random changes.