Chapter 22: Embodied Resonance

The text transitions from early theories of mental simulation to a neurophysiologically grounded approach driven by the discovery of mirror neurons in the ventral premotor and posterior parietal cortices, explaining how these neurons encode specific action goals—such as grasping or manipulating objects—during both the execution and observation of behaviors,. A critical distinction is established between simulation defined as mere resemblance versus simulation as the neural reuse of functional resources, where the brain recruits the same motor networks used for acting to process the actions of others,. The authors introduce the concept of bodily formatted representations, arguing that social understanding is intrinsically constrained by the observer's own spatial, temporal, and biomechanical motor capabilities rather than relying exclusively on propositional formats,. Empirical evidence is presented from developmental psychology and Transcranial Magnetic Stimulation (TMS) studies, demonstrating that an observer's motor expertise directly correlates with their ability to anticipate targets and ascribe goals, such as infants engaging in proactive gazing only after acquiring specific motor skills,. Furthermore, the chapter explores the phenomenological implications of ES, suggesting that this shared neural activation creates a common experiential ground, influencing perceptual judgments and allowing for the experiential presence of others' actions, as illustrated by studies on phantom limb sensations and musical performance,.