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A dynamic systems approach to the feeling toned complex.

Nancy M Krieger1

  • 1Zurich.

The Journal of Analytical Psychology
|October 30, 2019
PubMed
Summary
This summary is machine-generated.

Jung

Keywords:
ArchetypAsociación de PalabrasAssociation de MotsAssociazione VerbaleEEGQEsperimento di Associazione VerbaleExpérience d’Associations de MotsIRMfKomplexQEEGRMIfWAEWord AssociationWortassoziazionarchetipoarchetypearchétypearquetipocomplejocomplessocomplexcomplexedynamic systemdynamisches SystemfMRIfMRTgespaltene Psychela psyché en éclatspsiche scindibilepsique fragmentadasistema dinamicosistema dinámicosplinter psychesystème dynamiqueархетипдинамическая системакЭЭГкомплексрасщепленная психикасловесный ассоциативный тестфМРТ动力系统原型情结碎片化的心灵词语联想

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Area of Science:

  • Psychology
  • Neuroscience
  • Complex Systems Theory

Background:

  • Carl Jung's concept of the 'feeling-toned complex' described independent, split-off psychic elements.
  • Modern scientific advancements provide new tools to investigate these complex psychological phenomena.

Purpose of the Study:

  • To explore Jung's 'feeling-toned complex' using contemporary scientific frameworks and technologies.
  • To investigate the neuro-imaging correlates of complex constellation.

Main Methods:

  • Review of Jungian theory and Dynamic Systems Theory.
  • Analysis of neuro-imaging studies (fMRI, QEEG) using the Word Association Experiment.
  • Comparison of theoretical predictions with experimental findings.

Main Results:

  • Dynamic Systems Theory provides a framework for predicting the timing of brain activity during complex constellation.
  • Neuro-imaging studies confirm theoretical predictions, showing agreement within an order of magnitude.
  • Complex constellation involves a shift in neural network activity, engaging executive functions.

Conclusions:

  • The constellation of a complex can be understood as a dynamic systems process.
  • Neuro-imaging data supports the theoretical framework for understanding psychic complexes.
  • Changes in attention during complex activation involve switching between neuro-networks.