Jian Carlo Nocon

The paper investigates how parvalbumin and somatostatin interneurons contribute to auditory scene analysis by examining their distinct roles in spatial processing and target-masker discrimination.

The paper presents a network model of cortical circuits that explains how parvalbumin neurons enhance neural discriminability of dynamic stimuli through distinct temporal coding mechanisms.

This study shows that overexpressing the schizophrenia risk gene C4 in PV cells causes sex-dependent behavioral and circuit dysfunction in mice.

The paper investigates how auditory cortex populations code competing sounds using information theory, finding that a diverse labeled line code outperforms summed population codes and achieves near-noiseless information transmission.

The paper investigates the role of parvalbumin neurons in cortical temporal coding during complex scene analysis, finding that their suppression degrades dynamic sound discrimination in a cocktail party-like setting.

The paper shows that increased alpha/beta oscillations and coherence between auditory and prefrontal cortices during extinction learning correlate with improved behavioral performance in mice.