Pascal Belin

This study uses a deep neural network to create a voice latent space that maps to auditory cortex activity, showing it better represents speaker identity than primary auditory cortex.

This study compares structural connectivity of voice-sensitive brain regions in humans and macaques using dMRI, finding similar A1 projections but distinct aTVA connectivity patterns and lateralization.

This study shows that neurons in the macaque anterior temporal lobe encode voice identity invariance through dynamic representations, highlighting the ATL's role in integrating perceptual voice features into identity representations.

The paper investigates vocal identity encoding in primate auditory cortex by recording single-neuron activity in rhesus macaques and identifies two distinct temporal coding strategies for voice recognition.

The paper investigates how the medial frontal cortex processes action outcomes, finding a rostral-caudal gradient of prediction error processing across motor and cognitive tasks.

The paper introduces STRAIGHTMORPH, a Matlab-based voice morphing tool, and provides a tutorial on its use for generating synthetic voice stimuli.

The paper investigates auditory hemispheric asymmetry, proposing that it supports the categorization of sounds based on actions and objects through differential processing of temporal and spectral acoustic modulations.

This study uses fMRI to show that the right posterior cerebellum is involved in internal speech error monitoring before articulation and external monitoring during speech production.

This study characterizes 'plis de passage' in the superior temporal sulcus using geometric features and finds they correlate with increased local structural connectivity.

The paper shows that emotional voice stimuli are initially categorized in the brain and later refined into continuous dimensions.