Empathy, Neurochemistry, and the Dramatic Arc

Narratives — specifically, the classic dramatic arc as outlined by German playwright Gustav Freytag — can evoke powerful responses, leading the brain to release the neurochemicals cortisol and oxytocin.

 

Paul Zak: Empathy, Neurochemistry, and the Dramatic Arc

 

The emotionally charged story recounted at the beginning Dr. Paul Zak’s film—of a terminally ill two-year-old named Ben and his father—offers a simple yet remarkable case study in how the human brain responds to effective storytelling. As part of his study, Dr. Zak, a founding pioneer in the emerging field of neuroeconomics, closely monitored the neural activity of hundreds of people who viewed Ben’s story. What he discovered is that even the simplest narrative, if it is highly engaging and follows the classic dramatic arc outlined by the German playwright Gustav Freytag, can evoke powerful empathic responses associated with specific neurochemicals, namely cortisol and oxytocin. Those brain responses, in turn, can translate readily into concrete action—in the case of Dr. Zak’s study subjects, generous donations to charity and even monetary gifts to fellow participants. By contrast, stories that fail to follow the dramatic arc of rising action/climax/denouement—no matter how outwardly happy or pleasant those stories may be—elicit little if any emotional or chemical response, and correspond to a similar absence of action. Dr. Zak’s conclusions hold profound implications for the role of storytelling in a vast range of professional and public milieus.

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  1. couragesd commented on Feb 26

    Neurons that help predict what another individual will do identified
    Investigators have discovered two groups of neurons that play key roles in social interactions between primates — one that is activated when deciding whether to cooperate with another individual and another group involved in predicting what the other will do
    http://www.sciencedaily.com/releases/2015/02/150226132046.htm

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