A review of Jung's writing on the 'feeling-toned complex' shows that he considered it to comprise independent, split-off, psychic elements. Modern advances in scientific thinking and technology, namely Dynamic Systems Theory and neuro-imaging, allow us to better define and explore this psychic phenomenon. Considering the constellation of the complex as a hierarchy of dynamic systems allows for a prediction of the timing of brain activity. This has been confirmed by two independent studies using fMRI and QEEG while administering the Word Association Experiment, the tool Jung used to investigate brain/psychic functioning over a century ago. Using as a framework the stages of the constellation of a complex viewed as a hierarchy of dynamic systems, I review the neuro-imaging studies reported by Petchkovsky et al. (2013, 2017) and Escamilla et al. (2018), concluding that quantitative theoretical predictions and experimental results are in agreement within an order of magnitude. The change in attention caused by the constellation of the complex can also be conceived as the switching from a default neuro-network, a startle response activating executive functioning in the frontal cortex of either the ego-complex or an autonomous complex.

中文翻译：

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一种动态系统方法来处理感觉色调复合物

对荣格关于“感情调调情结”的著作的评论表明，他认为它包括独立的、分裂的、心理因素。科学思维和技术的现代进步，即动态系统理论和神经成像，使我们能够更好地定义和探索这种心理现象。将复杂的星座视为动态系统的层次结构，可以预测大脑活动的时间。这已被两项使用 fMRI 和 QEEG 的独立研究证实，同时进行单词联想实验，这是荣格一个多世纪前用来研究大脑/心理功能的工具。使用被视为动态系统层次结构的复杂星座的阶段作为框架，我回顾了 Petchkovsky 等人报告的神经成像研究。(2013, 2017）和埃斯卡米拉等人。(2018)，得出的结论是定量理论预测和实验结果在一个数量级内是一致的。由复合体的星座引起的注意力变化也可以被认为是从默认神经网络的转换，一种惊吓反应激活了自我复合体或自主复合体的额叶皮层中的执行功能。