Abstract

Freud's core interest in the psyche was the dynamic unconscious: that part of the psyche which is unconscious due to conflict (Freud, 1923/1961). Over the course of his career, Freud variously described conflict as an opposition to the discharge of activation (Freud, 1950), opposition to psychic activity due to the release of unpleasure (Freud, 1990/1991), opposition between the primary principle and the reality principle (Freud, 1911/1963), structural conflict between id, ego, and superego (Freud, 1923/1961), and ambivalence (Freud, 1912/1963). Besides this difficulty of the shifting description of conflict, an underlying question remained the specific shared terrain in which emotions, thoughts, intentions or wishes could come into conflict with one another (the neuronal homolog of conflict), and most especially how they may exist as quantities in opposition within that terrain. Friston's free-energy principle (FEP henceforth) connected to the work of Friston (Friston et al., 2006; Friston, 2010) has provided the potential for a powerful unifying theory in psychology, neuroscience, and related fields that has been shown to have tremendous consilience with psychoanalytic concepts (Hopkins, 2012). Hopkins (2016), drawing on a formulation by Hobson et al. (2014), suggests that conflict may be potentially quantifiable as free energy from a FEP perspective. More recently, work by Friston et al. (2017a) has framed the selection of action as a gradient descent of expected free energy under different policies of action. From this perspective, the article describes how conflict could potentially be formalized as a situation where opposing action policies have similar expected free energy, for example between actions driven by competing basic prototype emotion systems as described by Panksepp (1998). This conflict state may be avoided in the future through updating the relative precision of a particular set of prior beliefs about outcomes: this has the result of tending to favor one of the policies of action over others in future instances, a situation analogous to defense. Through acting as a constraint on the further development of the person, the defensive operation can become entrenched, and resistant to alteration. The implications that this formalization has for psychoanalysis is explored.

Highlights

  • The free-energy principle (FEP ) connected to the work of Friston (Friston et al, 2006; Friston, 2010) has provided the potential for a powerful unifying theory in psychology, neuroscience and related fields that has been shown to have tremendous consilience with psychoanalytic concepts (Hopkins, 2012), and may well have tremendous potential as a unifying metapsychological principle in psychoanalysis as well (Connolly, 2016)

  • When set alongside the findings of impaired connectivity in psychosis (Schmidt et al, 2015) together with the relative lack of activation of conflict-related brain areas in fMRI data from participants with clinical high risk for psychosis (Colibazzi, 2016, July), these findings seem to point toward the role that connectivity must play in conflict, in the sense that a minimum level of connectivity must be in place for conflict to take the form as understood in Freud’s work

  • While these findings have implications for psychoanalytic conflict, they do not clarify a specific mechanism for conflict that is distinct from a mechanism for repression or dissociation

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Summary

Patrick Connolly*

Work by Friston et al (2017a) has framed the selection of action as a gradient descent of expected free energy under different policies of action From this perspective, the article describes how conflict could potentially be formalized as a situation where opposing action policies have similar expected free energy, for example between actions driven by competing basic prototype emotion systems as described by Panksepp (1998). The article describes how conflict could potentially be formalized as a situation where opposing action policies have similar expected free energy, for example between actions driven by competing basic prototype emotion systems as described by Panksepp (1998) This conflict state may be avoided in the future through updating the relative precision of a particular set of prior beliefs about outcomes: this has the result of tending to favor one of the policies of action over others in future instances, a situation analogous to defense.

INTRODUCTION
CONFLICT IN PSYCHOANALYSIS
THE PROBLEMS OF NEUROPHYSIOLOGICAL CORRELATES AND QUANTITATIVE EXPRESSION
THE FAILED SOLUTION OF PSYCHIC ENERGY
EXPECTED FREE ENERGY AND SELECTION OF ACTION
CONFLICT IN THE STRANGE SITUATION
DEFENSE AS ALTERED PRECISIONS
INERTIA AND THERAPEUTIC RESISTANCE
SOME IMPLICATIONS FOR PSYCHOANALYTIC THEORY AND THERAPY
CONCLUSION
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