He Cui

The paper compares neural signal features from different electrode configurations and decoding strategies to identify factors affecting motor decoding performance.

This study investigates how goal representation is generated in the posterior parietal cortex by distinguishing saliency and intentional maps during target interception tasks.

This study compares neural dynamics during arm- and brain-controlled movements, finding preserved computational structures and manifolds in both conditions.

The paper investigates how target motion influences motor cortex activity during predictive sensorimotor control using neural recordings and computational models.

This study shows that motor cortex dynamics in macaques adapt to moving targets, leading to reduced reaction time delays from perturbations compared to static targets.

The paper investigates multiplicative joint coding in motor cortex during a double-reach task and finds it transitions to additive coding during execution.

The paper presents a spiking mechanistic model of voluntary motor control based on two principles: practice through hierarchical training and continuous prediction for feedback control.

The paper shows spike-timing patterns across different neurons and species follow a gamma-distribution, remain stable across cognitive states, and break down under anesthesia.