Lu-Chun Yeh

Cortical alpha rhythms predictively track occluded motion trajectories

The paper shows that alpha-band EEG activity predicts future motion positions of occluded objects, suggesting the brain anticipates motion during tracking.

Benefits and costs of contextual associations between real-world objects in the attentional blink

The paper investigates how contextual associations between real-world objects affect attentional blink, finding they improve second-target identification but impair first-target identification.

Contextual associations of real-world objects guide attention in visual search

The paper shows that contextual object associations guide attention in visual search, interacting with categorical information and affecting search performance.

Spatiotemporal representations of contextual associations for real-world objects

The paper investigates how contextual associations shape neural representations of objects in visual cortex, showing that contextual relations emerge late and are encoded in specific brain regions.

Visual search is constrained by the variability of object-category templates

This study examines how variability in object-category templates affects visual search performance, finding that higher variability leads to slower responses and that individual differences in template variability influence search efficiency.

Unpacking similarity effects in visual memory search: categorical, semantic, and visual contributions

This study investigates how categorical, semantic, and visual similarity affect memory search performance in short- and long-term memory tasks.

The neural time course of size constancy in natural scenes

The paper investigates the neural time course of size constancy in natural scenes using EEG and MVPA, finding that retinal size decoding begins at 80 ms and distance modulation occurs later.

Cortical alpha rhythms interpolate occluded motion from natural scene context

The paper shows that cortical alpha rhythms interpolate occluded motion in natural scenes based on context.

Category-based attention facilitates memory search

The paper shows that category-based attention enhances memory search efficiency by modulating visual processing and directing spatial attention to within-category distractors.

Predicting cued and oddball visual search performance from neural representational similarity

The paper predicts performance in two visual search tasks using neural representational similarity from fMRI, MEG, and DNNs, finding task-specific patterns of neural similarity that predict performance.

The time course of categorical and perceptual similarity effects in visual search

The paper investigates how categorical and perceptual similarities between target and distractor objects influence visual search performance and neural correlates of attention over time.