Hamidreza Ramezanpour

This study demonstrates noninvasive transcranial functional ultrasound imaging in marmosets using EDTA to overcome acoustic attenuation, revealing stimulus-evoked and anesthesia-related blood flow changes.

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 uses deep brain ultrasound to modulate visual attention by stimulating subcortical structures, showing site-specific effects on reaction time and search efficiency.

The paper shows that neural subspaces in the macaque inferior temporal cortex shared with face identity also support facial expression discrimination, revealing a unified coding framework for social signals.

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.

This study investigates whether the Gaze Following Patch (GFP) in the posterior temporal cortex differentiates between social gaze cues and symbolic spatial cues like arrows, finding no such differentiation.

This study investigates how rhesus macaques' ventral visual pathway processes object motion speed and direction, revealing its role in predictive behaviors and challenging traditional functional segregation of visual cortices.

This study compares human and rhesus macaque visual object recognition in different contexts, finding similar behavioral patterns but highlighting gaps in explaining these with neural data or models.

The paper shows that V1 neurons in monkeys use knowledge of torsion to compensate for image tilt associated with specific eye positions as dictated by Listings law.

The paper identifies a neural module in the posterior temporal cortex that flexibly links another's gaze direction to objects of interest, facilitating joint attention.

The paper identifies a three-component neural network involved in disambiguating objects of joint attention using fMRI data.