Vincenzo Romei

This study finds that autistic traits are linked to a suboptimal decision bias strategy in subsecond timing tasks, not reduced perceptual sensitivity.

This study uses targeted neuromodulation to show that sensory and metacognitive performance in motion perception are dissociable, with V5/MT+ affecting discrimination and IPS/LIP affecting confidence.

This study examines age-related changes in alpha oscillations using EEG data, finding slowed peak frequency, reduced power, and altered spatiotemporal propagation in older adults.

The paper shows that parietal alpha oscillations mediate metacognitive bias by linking expectations to confidence judgments.

The paper examines resting-state EEG data from individuals with varying autistic traits, finding a directional shift in alpha-band traveling waves in the left hemisphere associated with higher autistic traits.

This study shows aging changes how the brain uses prior expectations in decision-making, leading to stronger bias and reduced sensory precision, with neural changes in alpha and beta rhythms.

This study uses a multisensory causal inference network to show that increased excitation in schizophrenia spectrum individuals enlarges temporal binding windows and increases illusion proneness.

The paper investigates how psychosis-like traits affect perceptual inference in different tasks, finding context-dependent alterations in how prior expectations interact with sensory input.

This study shows that prior expectations shape motor excitability before action execution, with individual differences linked to autistic and schizotypal traits.

This study shows that alpha-band traveling waves mediate prior-driven perceptual bias by propagating from frontal to occipital areas during decision-making.

This study uses TMS-EEG to show that top-down and bottom-up visual processing interact through nested brain oscillations, with alpha/beta-band phase coupling modulating gamma activity.

This paper reviews and meta-analyzes 27 experiments linking individual differences in alpha frequency to temporal processing, finding a medium-to-large correlation.

The paper shows that paired associative stimulation alters phase synchrony between premotor and motor cortex, linking changes in neural connectivity to oscillatory power during movement.

This study investigates the relationship between brain alpha oscillations and tonic pain, finding inconsistent IAF changes and no clear difference between thermal and auditory stimuli.

The paper investigates perceptual learning and transfer in global motion tasks, finding that feedback is required for learning and that transfer is specific to low spatial frequency conditions.