Lorenzo Fontolan

The paper maps the sparse and distinct cortical inputs to individual striatal projection neurons, revealing topographic organization at the population level but not at the single-cell level.

This study shows that Syngap1 in cortical neurons is essential for sensorimotor integration and perception by shaping neural dynamics and connectivity.

The paper investigates the roles of the frontal cortex and striatum in motor timing by using perturbation experiments in mice, showing that the striatum integrates cortical input to regulate timing.

This study shows that cell-type-specific synaptic plasticity in PT neurons is essential for shaping neocortical dynamics during motor learning.

The paper shows that feedforward amplification in recurrent neural networks explains paradoxical neural coding in motor cortex, where early low-selectivity activity influences behavior more than late high-selectivity activity.

The paper shows that attractor dynamics in the frontal cortex gate sensory information flow during decision-making, making choices more robust to distractors over time.

The paper investigates persistent activity in mouse frontal cortex during a delayed response task and finds evidence for discrete attractor dynamics underlying short-term memory for motor planning.