Mazyar Fallah

The paper investigates how motion history affects perceived position using the flash-jump illusion, finding hemifield-specific adaptation and limited interhemispheric integration.

This study shows that hand proximity enhances visual processing in V2 by sharpening orientation tuning when visual and proprioceptive inputs align, and suppressing it when they conflict.

This study examines how distractors modulate saccade trajectories by analyzing neural activity in the frontal eye field of rhesus monkeys, revealing dynamic push-pull interactions between visual neurons.

The paper shows that distractor inhibition during saccade planning occurs in an allocentric reference frame after target discrimination, while egocentric distances influence initial saccade deviations.

This study examines how target-distractor distance and similarity affect saccade trajectories, revealing independent spatial and object-based suppressive mechanisms in decision-making.

The paper investigates whether oculomotor systems contribute to visual feature discrimination during target selection, finding that oculomotor responses encode task-relevant features and are modulated by executive function.

The paper investigates how feature-based attention creates non-linearities in neuronal tuning and behavior during visual motion perception by showing attentional suppressive surrounds in neurons and similar effects in human motion discrimination.