The Psychology and Neurobiology of Mediation
17(2) Cardozo J. of Conflict Resolution 363 (Winter 2016)
30 Pages Posted: 15 Jun 2017 Last revised: 18 Feb 2021
Date Written: December 31, 2015
This article discusses the neurobiology of mediation, and the effect of trauma on mediation.
From a neurobiological perspective, a distinctive feature of mediation is that parties in mediation experience both threat and safety in real time and at the same time.
Initially, the sympathetic nervous system, the branch of the nervous system that produces the fight-or-flight response, is aroused as parties prepare to confront and actually confront and negotiate with their adversaries. Bader argues this is what causes the well-recognized phenomena of inflation/overconfidence: it is the psychological correlate of the impulse to fight/flight.
Deflation occurs when, through contact with the mediator and the mediation, the sympathetic nervous system is soothed and calmed by what neurobiologist Stephen Porges has called the “social engagement system.” The social engagement system is the part of the parasympathetic nervous system, which, rooted in the vagus nerve, fosters and monitors social interaction.
Realistic resolution occurs as parties’ fighting and self-protective impulses are managed and controlled through social engagement and interaction with the mediator. At this point, higher brain functions are able to engage and exert control. Parties become more able to think clearly, and thus to reach the final stage, realistic resolution.
The analysis in this article is based on the work of Stephen Porges and Peter Levine, leaders in the field of neurobiology of trauma. Recent findings in cognitive neuroscience are also discussed.
Other topics covered in the article include: how mediation can trigger parties’ underlying traumas; how to recognize from parties’ body language what they are experiencing during mediation; neurobiological issues presented by face-to-face communication between parties during the opening session, and throughout the mediation; gender in mediation and neurobiological differences in reactions to conflict between men and women; the neuroscience of the relationship between impasse and insight.
In addition to its importance for mediators, counsel and parties, this article is also important for the field of neurobiology. It presents a model of the interaction between autonomic nervous system and higher level brain/cortical functioning within a real life situation. It thus blends neurobiology and cognitive neuroscience. Additionally, the analysis of the neurophysiology of overconfidence/inflation, the subject of much debate, also applies potentially outside of mediation.
Keywords: Mediation, Mediation and Neuroscience, Mediation and Neurobiology, Conflict Resolution, Psychology, Psychology of Mediation, Psychology of Conflict Resolution, Overconfidence, Trauma, Trauma and Litigation, Trauma and Mediation, Stephen Porges, Peter Levine
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