Pier Francesco Ferrari

This study investigates number-space associations in macaques, finding that relative numerical context, not absolute magnitude, drives directional spatial biases.

The paper studies how frontal cortex encodes motor goals and social context in freely moving, socially interacting macaques, showing sensitivity to social meaning and integration of motor plans with social context.

The paper examines how sensorimotor beta burst activity develops from infancy to adulthood using EEG recordings and a novel analysis method.

This paper introduces a multilevel Bayesian HMM to analyze longitudinal neural recordings, identifying stable latent states linked to behavioral events in macaque motor cortex.