The Same Ultra-Rapid Parallel Brain Dynamics Underpin the Production and Perception of Speech.

Post hoc tests showed this interaction was driven by a marginally significant difference between high- and low-frequency items at left electrodes ( P = 0.056, Mhigh = −1.57 (SE = 0.04), Mlow = −1.98 (SE = 0.04)), and a significant increase from right to left electrodes for high-frequency items ( P < 0.001, Mright = −1.7 (SE = 0.04), diff = 0.13 mV), which was absent for low-frequency items ( P = 0.998, Mright = −1.9 (SE = 0.04), diff = 0.08 mV).

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For phonotactic frequency we found a significant interaction with laterality ( X 2 (2,19) = 16.487, P < 0.001), with a trend towards significance between low- and high-frequency items at mid electrodes ( P = 0.058, Mlow = 1.31 (SE = 0.04), Mhigh = 0.93 (SE = 0.04)), a significant voltage increase from left towards mid sites for low-frequency items ( P < 0.001, M = 0.98 to 1.31 (SEs = 0.04), diff = 0.33 mV), which was absent for high-frequenc

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