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Creativity and Delusions: The Dopaminergic Modulation of Cortical Maps

机译:创造力和错觉:皮质图的多巴胺能调制。

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摘要

Since little is still known about fundamental brain mechanisms associated to thought, its different manifestations are usually classified in an oversimplified way into normal and abnormal, like delusional and disorganized thought or creative thinking. Considering dopaminergic signal-to-noise neuronal modulation in the central nervous system, and the existence of semantic maps in the human brain, we developed a self-organizing neural network model to unify different thought processes into a single neurocomputational substrate. We performed simulations varying dopaminergic modulation and observed the total patterns that emerged at the resulting semantic map, assuming that these correspond to thought. The model thus shows how normal and abnormal thinking are generated, and that there are no clear borders between their different manifestations. Actually, a continuum of different qualitative reasoning, ranging from delusion to disorganized thought, and passing through normal and creative thinking, seems to be more plausible.
机译:由于对与思想相关的基本脑机制知之甚少,因此通常以过于简单的方式将其不同的表现归类为正常和异常,例如妄想和杂乱无章的思想或创造性思维。考虑到中枢神经系统中多巴胺能的信噪比神经元调节,以及人脑中语义图的存在,我们开发了一种自组织神经网络模型,将不同的思维过程统一为一个神经计算基质。我们进行了模拟,改变了多巴胺能调制,并观察了生成的语义图上出现的全部模式,假设这些模式与思想相对应。因此,该模型显示了正常和异常思维的产生方式,并且它们的不同表现形式之间没有明确的界限。实际上,从妄想到杂乱无章的思维,再经过常规和创造性思维的一系列不同的定性推理似乎更合理。

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