Suliann Ben Hamed

This study uses MEG and machine learning to decode spatial attention in humans during different tasks, showing dynamic, task-dependent attentional patterns similar to those in non-human primates.

This study investigates multisensory integration in the medial pulvinar of macaques using local field potentials, finding sub-additive integration patterns in specific frequency bands.

This paper introduces MacqD, a deep learning model for detecting macaques in complex lab environments, achieving high F1-scores across various scenarios.

The paper uses functional MRI to show that macaque VIP has anterior and posterior regions with distinct functional connectivity patterns similar to human VIP regions.

This study uses fMRI to show that the medial pulvinar is involved in face and tactile processing and adjusts its connectivity based on sensory input.

This study creates normative brain growth charts for rhesus macaques across their lifespan using MRI data, revealing developmental milestones and cross-species comparisons with humans.

This study shows that neural activity patterns in the prefrontal cortex predict cognitive improvements during adolescence, with long-distance white matter tracts playing a key role.

The paper identifies three subcortical structures in macaques that integrate audio-visual social stimuli based on their congruence and relevance in a social context.

The paper identifies multiple pulvinar projection fields in the macaque cortex using resting state data, showing consistent functional connectivity patterns across individuals.

The paper investigates how statistical regularities and salience signals influence attentional processing in the occipital cortex and dorsal attention network using fMRI.

This study identifies a task-identity neural state in the frontal eye field of macaques, showing distinct representations for different tasks and non-linear mixing of task and spatial information.

This study investigates how fluoxetine affects visual perception and cognitive control in macaques, showing degraded low-level vision but enhanced reward sensitivity and motivation.

The paper investigates how the frontal eye field encodes multiple sources of information using non-orthogonal components, showing how this configuration affects behavioral variability.

This study identifies neural circuits in macaques that integrate audio-visual social information, showing similar networks to humans and linking them to autism-related deficits.

This paper demonstrates real-time tracking of covert spatial attention using non-invasive fMRI BOLD signals with high spatial resolution and identifies decoding errors and voxel contributions related to visual retinotopy.

The paper shows that prolonged cognitive activity in humans and non-human primates exhibits rhythmic fluctuations in performance, arousal, and neural activity, rather than a monotonic decline.

This paper improves real-time decoding of attentional spotlight location from neural signals and shows it correlates with behavior.

This study uses machine-learning decoding of prefrontal cortex activity to identify distinct neural and behavioral signatures for spatial attention mechanisms and distractor suppression.

The paper shows that prefrontal covert attentional spotlight explores space rhythmically at alpha frequencies, influencing sensory encoding and behavioral accuracy.

The paper shows that prefrontal neuronal population activity estimates spatial locations of perceived stimuli, with higher accuracy correlating with reported perception of targets and distractors.

This study shows that noise correlations between neurons in the macaque frontal eye fields change dynamically with task demands and exhibit rhythmic modulations in alpha and beta frequencies.

The paper reports rhythmic fluctuations in prefrontal noise correlations during a spatial memory task and links them to behavioral performance and neural mechanisms.

The paper examines sulcal morphology in the medial frontal cortex of primates to reveal evolutionary patterns and challenge previous assumptions about human uniqueness.

This study investigates how norepinephrine affects attentional orienting in monkeys using a saccadic cued task, finding improved reaction times in predictive contexts.

The paper identifies cortical networks in non-human primates for near and far space processing using functional MRI in a naturalistic 3D environment.