Freek van Ede

The paper investigates whether color and duration features of visual objects are organized differently in working memory using microsaccade biases.

This study investigates how visual and motor prioritization in working memory scale with cue reliability, finding that motor prioritization scales more with cue reliability than visual prioritization.

The paper demonstrates that TMS-induced pupil dilations are a valid cortical excitability proxy, with larger pupil size indicating higher excitability, supported by Bayesian evidence across three experiments.

The paper demonstrates that external stimuli can involuntarily draw attention to internal working memory representations, showing a bidirectional interaction between perception and memory.

This study investigates how the human brain uses sparse spatial scaffolding to organize and retain visual working memory representations based on direction and distance.

The paper shows that task-irrelevant visual cues can reactivate spatially matching working-memory contents, demonstrating involuntary attentional selection within working memory.

This study shows internal and external selection processes can occur concurrently during visual search, challenging the idea they must take turns.

The paper shows that microsaccades track shifting covert visual-spatial attention but not maintaining it, depending on the stage of attentional deployment.

This study shows that anticipated action goals influence the spatial frame used to organize visual working memory after self-movement.

This study investigates how humans re-orient internal attention after expected and unexpected visual working memory tests, revealing distinct patterns of attentional deployment.

The paper investigates how visual and motor contents in working memory are reselected after external interference, finding that both are reselected immediately and concurrently.

The paper investigates how working-memory load affects response speed by distinguishing between delays in motor preparation and visual selection.

This study investigates neural dynamics during attention shifts between external sensory input and internal working memory using magnetoencephalography.

The paper investigates how sensory and motor contents are prioritized in working memory through dynamic temporal modulation, finding they are temporally uncoupled and governed by distinct neural mechanisms.

The paper investigates internal verification during visual search by tracking gaze patterns and EEG activity, showing slower mnemonic verification compared to perceptual verification.

The paper investigates whether attention shifts trigger new microsaccades or bias ongoing ones, finding that attention biases direction without increasing microsaccade rate.

The paper investigates how attentional focusing during working memory affects long-term memory, finding that faster attentional deployment improves memory retention for attended objects.

The paper shows that microsaccade directions reflect location-based rehearsal of visual objects in working memory, even when object locations are not explicitly required.

The paper investigates neural dynamics during competition between voluntary and involuntary attentional control in visual working memory, showing delayed prioritization and increased frontal midline theta activity.

This study investigates how visual working memory integrates past and future information by dissociating their encoding and testing locations, revealing joint utilization of both memory attributes.

The paper shows that microsaccades transiently lateralise EEG alpha power based on their direction, linking eye movements to spatial cognition.

The paper investigates how sensory history affects working-memory performance, finding two distinct biases in behavior and neural representations.

The paper investigates early planning of potential visual working memory use for behavior, finding it adapts to task demands and occurs even for non-relevant actions, affecting performance.

The paper investigates whether there is a trade-off between spatial and temporal coding in visual working memory and finds no evidence of such a trade-off.

The paper investigates the relationship between microsaccades and neural modulation by covert spatial attention, finding that microsaccades are correlated with but not required for neural modulation.

The paper investigates beta activity and connectivity during sustained motor tasks and finds that beta activity and connectivity are transient, not sustained, even when motor behavior is sustained.

This study identifies a neural signal during internal sampling from working memory that mirrors decision-making processes observed in external sensory sampling.

This study shows that action planning occurs during multi-item visual working memory, with beta activity attenuation indicating potential future actions even when multiple items are remembered.

This study shows that continuous auditory stimulation modulates visual perception and neural activity without rhythmic structure in the visual stimulus or abrupt auditory onsets.