Sanne ten Oever

The paper investigates how predictable timing and content in sequences interact, finding that predictable timing enhances the use of predictable content in prediction tasks.

This study investigates how theta-phase timing during encoding affects memory sensitivity using a closed-loop EEG system in an associative memory task.

The paper investigates phase-dependent perceptual biases during speech categorization and finds item-specific theta-gamma phase-amplitude coupling linked to neural and perceptual responses.

This paper shows that tACS can shift inhibitory phase preference during motor inhibition in a state-dependent manner, consistent with phase precession.

The paper shows that neural oscillation phases influence word perception by biasing recognition towards frequent stimuli based on region-specific sensitivity.

The paper shows that delta-band neural activity is reinstated during pronoun resolution, supporting the idea that referential meaning is represented through dynamic neural patterns.

The paper investigates how the brain tracks linguistic structure at different timescales during passive listening and task performance, finding automatic phrasal-rate tracking and task-specific effects in the inferior frontal gyrus.

The paper shows that redundant low-spatial frequency information in images reduces high-spatial frequency representational dominance and gamma-band power in visual cortex.

This study shows that neuronal oscillations track pseudo-rhythmic speech by interacting with internal language predictions, generating temporal phase codes that explain speech illusions.

The paper investigates how neural oscillations reflect linguistic content beyond acoustic and rhythmic features during speech comprehension.

This study shows that tACS at individual alpha frequency alters alpha power and predicts visuospatial attention bias, supporting synchronization theory.

The paper investigates whether alpha phase modulates visual target detection using tACS phase-based stimulus presentation across three experiments, finding no consistent sinusoidal pattern in performance but suggesting phase effects on reaction times.

This study applies tACS at alpha frequency to the left parietal cortex and finds it increases leftward attention bias in an endogenous task but not in exogenous or stimulus detection tasks.