New project for a scientific psychology: General scheme

Q3 Psychology Neuropsychoanalysis Pub Date : 2020-07-02 DOI:10.1080/15294145.2020.1833361
M. Solms
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引用次数: 43

Abstract

ABSTRACT This is a revision of Freud’s “Project for a Scientific Psychology: General Scheme.” It updates the original, sentence for sentence where possible, in light of contemporary neuroscientific knowledge. The principle revisions are as follows. (1) Freud’s conception of “quantity” (the precursor of “drive energy”) is replaced by the concept of “free energy.” This is the energy within a system that is not currently performing useful work. (2) Shannon’s conception of “information” is introduced, where information is equivalent to unpredictability, and is formally equivalent to “entropy” in physics. (3) In biology, the fundamental purpose of “homeostasis” is to resist entropy – i.e., to increase predictability. Homeostasis turns out to be the underlying mechanism of what Freud called the “principle of neuronal inertia.” (4) Freud’s conception of “contact barriers” (the physical vehicles of memory) is linked with the modern concepts of consolidation/reconsolidation, whereby more deeply consolidated predictions are less plastic (more resistant to change) than freshly consolidated ones. (5) Freud’s notion of sensory “excitation” is replaced with the concept of “prediction error,” where only that portion of sensory input which is not explained by outgoing predictions is propagated inwards for cognitive processing. (6) Freud’s conception of “bound” (inhibited) cathexis, the main vehicle of his “secondary process” and voluntary action is equated with the buffering function of “working memory”; and “freely mobile” cathexis (the vehicle of Freud’s “primary process”) is equated with the automatized response modes of the nondeclarative memory systems. (7) Freud’s notion of ω (the system “consciousness”) is replaced by the concept of “precision” modulation, also known as “arousal” and “postsynaptic gain.”
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科学心理学的新项目:总体方案
摘要:这是对弗洛伊德“科学心理学计划:总体方案”的修订。它根据当代神经科学知识,尽可能逐句更新原始内容。主要修订如下。(1) 弗洛伊德的“量”概念(“驱动能量”的前身)被“自由能量”概念所取代。“自由能量是指系统中目前没有进行有用工作的能量。”。(2) 介绍了Shannon的“信息”概念,其中信息等价于不可预测性,并在形式上等价于物理学中的“熵”。(3) 在生物学中,“稳态”的基本目的是抵抗熵,即增加可预测性。稳态被证明是弗洛伊德所说的“神经元惯性原理”的潜在机制。(4)弗洛伊德的“接触障碍”(记忆的物理载体)概念与现代的巩固/再巩固概念相联系,即更深入巩固的预测比新巩固的预测更不具可塑性(更耐改变)。(5) 弗洛伊德的感官“兴奋”概念被“预测误差”概念所取代,即只有未被外向预测解释的那部分感官输入被向内传播以进行认知处理。(6) 弗洛伊德的“束缚的”(抑制的)cathexis概念是他“二次过程”和自愿行为的主要载体,等同于“工作记忆”的缓冲功能;“自由移动”的猫头(弗洛伊德“主要过程”的载体)等同于非描述性记忆系统的自动化反应模式。(7) 弗洛伊德的ω(系统“意识”)概念被“精确”调制的概念所取代,也称为“唤醒”和“突触后增益”
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来源期刊
Neuropsychoanalysis
Neuropsychoanalysis Psychology-Neuropsychology and Physiological Psychology
CiteScore
2.50
自引率
0.00%
发文量
24
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