Vivek Buch

The paper uses intracranial recordings to show that nociception and salience have distinct neural representations in the human brain, with different anatomical, temporal, and functional characteristics.

The paper uses diffusion MRI and SEEG to predict electrophysiological connectivity and explain evoked potential spectral signatures in the human brain.

The paper combines electrophysiology and single-cell sequencing to study postnatal development of human neocortical neurons, identifying BK channels as key drivers of physiological changes.

The paper examines neural responses to salient auditory stimuli using intracranial electrodes, finding two distinct temporal stages of activation: phasic sensorimotor and sustained salience network responses.

The paper examines electrophysiological responses in the human hippocampus during verbal memory tasks and identifies distinct functional clusters associated with memory encoding and retrieval.

The paper identifies distinct neural mechanisms for encoding rapid facial expressions and sustained mood states using multimodal data from epilepsy patients.

This study analyzes thalamic seizure propagation patterns in patients with focal seizures, finding that the mediodorsal thalamus is frequently involved but not typically the first site engaged during seizure onset.

This study benchmarks ConvNeXt models for Alzheimer's disease classification using MRI scans, showing ConvNeXt-Base achieves 98.37% accuracy on coronal slices.

This study examines thalamoprefrontal circuit signaling in mice and connectivity dynamics in humans during learning, finding conserved mechanisms across species.

This study uses electrical stimulation of the human mediodorsal thalamus to investigate its impact on conscious experience and brain connectivity in epilepsy patients.

The paper decodes naturalistic acute pain states using neural and facial dynamics in epilepsy patients, identifying reliable neurobehavioral markers.

The paper investigates fast neural coordination across brain regions during autobiographical memory processing using intracranial recordings in humans.

This study identifies causal connections between thalamic and cortical regions using electrical stimulation and spectral analysis in human participants.

This study uses multisite thalamic recordings to show that seizure propagation in TLE involves thalamic regions beyond the ANT, with pulvinar involvement being more prominent in 60% of patients.

The paper identifies preparatory neural states associated with cognitive control by analyzing white matter communicability in human intracranial recordings.

The paper investigates anticipatory response biases in human behavior using iEEG data and identifies distinct neural signatures for two types of biases.