Antimo Buonocore

This paper investigates how spatial frequency and orientation affect face recognition, finding that holistic processing depends on task and familiarity, challenging the foundational role of low spatial frequency information.

The paper investigates how saccadic inhibition and rebound responses change during repeated visual stimuli in naturalistic conditions, finding that inhibition remains stable while rebound habituates.

This study maps tuning width of saccade planning and execution in human intraparietal sulcus using forward-modelling fMRI, revealing topographic organization and hierarchy-specific specificity.

The paper investigates how temporal and spatial masking signals affect perception of sequential visual events, finding that non-overlapping masks can induce temporal inversion judgments.

This study investigates visual performance across different visual fields during saccades and fixation, finding better performance along the horizontal meridian but no significant difference between upper and lower visual fields.

The paper investigates how saccadic inhibition in macaque monkeys is tuned to various visual features, finding systematic dependencies on stimulus size, spatial frequency, contrast, motion direction, and speed.

The paper shows that human peri-saccadic orientation identification is better in the upper visual field, matching the superior colliculus's spatial anisotropy rather than the primary visual cortex's.

The paper investigates time-dependent inhibition of covert attentional shifts using visual transients and reports interference effects at specific time intervals.

The paper shows that midbrain activity during eye movements can predictably alter ongoing saccades, indicating simultaneous integration of sensory and motor signals in the superior colliculus.

The paper examines how stimulus polarity affects the microsaccadic rate signature, finding stronger rebound effects for small black stimuli compared to small white stimuli.

This study shows that task-irrelevant visual forms influence both covert and overt spatial selection in humans and monkeys, indicating that mid-level perceptual processes affect target selection.

This study shows that ocular position drifts are rapidly and systematically modulated by visual stimuli in macaques, with short latencies and stimulus-specific responses.

The paper investigates how pre-saccadic preview of faces affects post-saccadic neural processing using fixation-related potentials, finding reduced N170 responses with preview.

This study shows humans and monkeys can voluntarily generate microsaccades on demand without visual guidance or training, with corresponding neural activity in the superior colliculus.

This study shows that smooth pursuit initiation is sensitive to visual inputs during 'open-loop' intervals, with transient eye position errors affecting eye velocity and acceleration.

This study investigates the oculomotor system's ability to track slow target motions in rhesus macaques, revealing a band-pass transfer function and directional differences in pursuit gain.

The paper uses EEG and eye-tracking to show that visual stability during saccades involves two stages: pre-saccadic prediction and early post-saccadic change detection, as evidenced by the fN170 response.