Arezoo Pooresmaeili

The paper shows pupil responses reflect distinct computational stages in decision making, with value updating and strategy related to dopamine and norepinephrine, respectively.

The paper investigates how the brain encodes value for different sensory modalities using fMRI, finding modality-specific and general value representations in specific brain regions.

The paper investigates how reward value and spatial attention interact in processing audiovisual stimuli, finding that auditory reward modulates attention more strongly than visual reward.

This study investigates how reward-associated visual and auditory stimuli modulate visual cortex using fMRI, finding distinct neural pathways for each modality.

The paper investigates how reward value from visual and auditory cues affects visual perception, finding distinct effects for intra-modal and cross-modal cues.

This study investigates how reward cues affect multisensory integration and perception, finding that reward does not enhance the supra-additive principle of multisensory integration.

This study shows that humans rely more on previous motor actions than sensory input when forming spatial priors during sensorimotor learning.

This study investigates how subliminal reward cues affect saccade initiation and velocity during a goal-directed eye movement task, finding dissociable effects on speed and accuracy.

This paper develops a hierarchical active inference model for visual scene construction, showing it generates empirical evidence accumulation phenomena and novel behaviors in uncertain environments.

The paper shows that people judge their own and others' effort based on task rewards, with reward influence being stronger for others' judgments.

The paper investigates how reward value is integrated across sensory modalities during oculomotor planning, showing that integration depends on perceptual alignment and reward congruence.