Ausaf Bari

The paper identifies the superior parietal lobule as a substrate for physical world modeling by showing neurons that predict physical events and encode intended hand actions.

The paper shows that PPC neurons encode hand-eye movements additively, allowing modular decoding of coordinated movements.

The paper examines how depressive status affects hippocampal-cortical dynamics during acute nicotine use in two individuals, finding differences in oscillatory activity and connectivity related to mood and craving.

This study investigates how human motor and parietal cortex encode actions during intention and observation, finding context-dependent encoding in parietal cortex and intention-specific encoding in motor cortex.

The paper identifies human single neuron representations of intertemporal decision-making in specific brain regions and their relation to reward preferences.

The paper introduces an AI framework to simulate and predict mechanisms of consciousness and disorders, validated with neurophysiological data.

This study analyzes spontaneous pain dynamics in chronic pain patients using high-temporal-resolution LFP signals and identifies associations between theta/alpha and gamma band events with pain and opioid effects.

This paper introduces a wearable closed-loop neuromodulation system for recording single-neuron and local field potential activity in freely-moving humans.

The paper maps the structural connectivity of five brainstem nuclei to limbic cortical regions using MRI and tractography, creating a freely available atlas for future research.