Studies implementing non-visual cues unearthed the discovery that “audiovisual mirror neurons” exist and aid in the comprehension of other’s activity. Further investigation revealed that when a portion of an activity was shown to a primate with the remainder of the activity being visually concealed, the primate could predict the outcome of the unseen subsequent activity; the ensuing result unearthed a significant percentage of neuronal ignition becoming evident, providing insight into the power of the imagination and the brain’s ability to understand an activity through sound and inventiveness, independent of the need for visual
Studies implementing non-visual cues unearthed the discovery that “audiovisual mirror neurons” exist and aid in the comprehension of other’s activity. Further investigation revealed that when a portion of an activity was shown to a primate with the remainder of the activity being visually concealed, the primate could predict the outcome of the unseen subsequent activity; the ensuing result unearthed a significant percentage of neuronal ignition becoming evident, providing insight into the power of the imagination and the brain’s ability to understand an activity through sound and inventiveness, independent of the need for visual