Floris P. de Lange

The paper shows that mouse visual cortex neurons maintain long-term traces of past stimuli, leading to stimulus-specific adaptation over dozens of seconds, while thalamic neurons only show short-term adaptation.

This study investigates how sounds enhance visual detection by analyzing neural mechanisms using magnetoencephalography and time-resolved signal detection theory parameters.

The paper tests the hypothesis that scene context impairs perception of semantically congruent objects, finding congruency costs in both response time and accuracy tasks.

This study investigates how spatial and temporal context jointly modulate neural responses in the ventral visual stream using fMRI, finding that spatial context has a stronger modulatory effect than temporal context.

The paper investigates whether predictive mechanisms in action reduce or enhance tactile perception, finding that expected touch during action is perceived more intensely than unexpected touch.

The paper examines how prediction and preview influence reading times and skipping in natural reading, finding they do not affect skipping but significantly impact reading times.

This study shows that pre-stimulus alpha-band activity in occipital-parietal regions enhances perceptual sensitivity and information content in visual detection tasks.

This study investigates whether autistic individuals show differences in adaptation and serial choice bias compared to typically developing controls, finding no significant differences.

This study investigates how temporal expectations influence sensory cortex activity during a discrimination task, finding rhythmic pre-activation of relevant cortices without feature-based templates.

This study investigates whether temporal predictive context can be used during visual search and finds no additional behavioral benefit from structured temporal repetition.

The paper investigates how choice and stimulus history influence perceptual decisions, finding that confidence and evidence strength drive opposing biases in choice repetition and adaptation.

The paper investigates how spatial attention spreads to enhance object representations in V1, showing attentional selection operates at an object level even when objects are not task-relevant.

This study investigates whether dopamine synthesis capacity predicts individual variation in curiosity by analyzing behavioral and neuroimaging data.

The paper investigates how covert spatial attention affects stimulus processing using multivariate pattern analysis, finding that alpha power desynchronization and enhanced stimulus identity coding are related.

The paper identifies a computational model that explains both attractive and repulsive history biases in visual perception by incorporating efficient encoding and Bayesian decoding.

This study investigates whether visual working memory (VWM) representations remap in visual cortex after saccades and finds no evidence of remapping in early visual cortex, while parietal cortex shows persistent representations.

This study investigates how repetition suppression (RS) decays over time in the visual cortex by measuring BOLD responses to repeated and non-repeated images with varying inter-stimulus intervals, finding that RS decay rates are similar across early and late visual areas.

The paper investigates how feature-based attention modulates serial dependence in orientation estimation, finding distinct effects for similar and dissimilar orientations.

The paper investigates how familiarity with distractor stimuli affects neural processing speed and target categorization performance in visual streams.

The paper investigates how implicit learning of spatial regularities in visual search is supported by hippocampal and prefrontal theta activity, showing distinct neural patterns during learning and exploitation phases.

This study examines how alpha and beta rhythms in the human sensorimotor cortex modulate excitability during movement selection, revealing distinct anatomical and functional properties and directional traveling waves.

The paper shows that statistical learning reduces neural activity for expected stimuli, but only when those stimuli are attended.

The paper shows that bottom-up and top-down modulations in the human visual cortex have distinct laminar profiles, with bottom-up effects strongest in middle layers and top-down effects stronger in deep and superficial layers.

The paper investigates whether reference repulsion in orientation judgments reflects a perceptual illusion or post-perceptual decision bias, finding that the bias can be explained by sensory fluctuations and adaptation.

This study investigates predictive remapping of visual features before saccades, finding remapping of stimuli but not adaptation, and showing remapping occurs for non-target stimuli.

This study investigates whether bottom-up attentional capture is influenced by prior expectations, finding no evidence of modulation by predictability.

The paper investigates expectation suppression in the ventral visual stream using fMRI, finding robust suppression across areas including V1, LOC, and anterior visual areas, with dampening in object-selective regions.

The paper investigates how sentential and visual constraints jointly influence early stages of audiovisual speech comprehension using magnetoencephalography.

The paper investigates how eye movements affect neural decoding of visual working memory and shows that results can be confounded by stimulus-specific eye movements.

This study examines the temporal dynamics of visual imagery versus perception, finding distinct patterns in the timing of neural activity.