I'm currently analyzing neural phase coherence in nonhuman primates to understand how different brain regions synchronize during texture-guided sensorimotor behavior. This work extends my earlier statistical analysis of coherence magnitudes by shifting into angular data and true time-series territory. In addition to peak values, I track how coherence evolves across time, trials, and experimental conditions. The goal is to quantify how neural communication changes under control, scopolamine, and scopolamine plus nerve-block conditions, and whether specific frequency bands (e.g. theta) show distinct patterns. This involves extracting coherence trajectories, comparing them across texture plates and region pairs, and identifying condition-dependent disruptions in rhythmic coupling.