Arash Afraz

The paper shows that visual perception of cortical stimulation in macaques is delayed by approximately 200 ms relative to the stimulation onset.

This paper introduces a 3D-printable non-invasive head immobilization system for macaques, showing comparable gaze precision and accuracy to traditional headposts.

The paper uses machine learning and optogenetics to generate perceptual images from IT cortex stimulation, revealing subjective visual hallucinations.

This study shows that inactivating face-selective neurons in the inferior temporal cortex alters eye movement patterns during free viewing of faces.

This paper describes a surgical method for implanting an Opto-Array in nonhuman primates to enable high-throughput optogenetic stimulation and behavioral testing.

This study shows that the ability to detect optogenetic stimulation in macaque IT cortex varies with the size of concurrently viewed objects.

The paper develops a chronically implantable LED array for optogenetic perturbation in non-human primates and demonstrates its effectiveness in inducing visual deficits.