Domenica Bueti

The paper investigates how sensory load affects neural processing and perception of visual durations using EEG, finding that ERP amplitudes are modulated by stimulus content and duration.

This study uses fMRI to show how different brain regions process visual duration, finding hierarchical tuning patterns linked to perception.

The paper investigates how time perception evolves during goal-directed action learning, showing that subjective time expands before action onset and is shaped by independent encoding and decoding mechanisms.

The paper investigates whether magnitude integration effects arise from perceptual processes or decision-making by comparing task-based and passive viewing conditions.

The paper investigates how the neural coding of time and space is linked in the human cortex, finding a transition from spatially-dependent to spatially-invariant processing along the cortical hierarchy.

This study investigates the mechanisms and EEG signature of average numerosity perception using dynamic stimuli and shows perceptual adaptation effects and early brain responses related to numerical judgments.

The paper investigates how subjective time distortion is linked to neural activity in the visual cortex following motion adaptation.

This study investigates magnitude integration between time and numerosity using EEG, finding a shared perceptual processing stage where both dimensions interact.

The paper investigates perceptual history effects in vision and audition, finding modality-specific mechanisms that shape perception through distinct neural dynamics and behavioral patterns.

The paper identifies a duration-selective cortico-cerebellar network and its topographic connectivity structure, showing the cerebellum as a hub and the medial premotor cortex as the final stage of duration recognition.

The paper identifies duration-sensitive neural populations in human medial premotor cortex that form topographical maps of time, termed chronomaps.