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神经科学正等待着一次突破:一篇将笛卡尔、爱因斯坦、海森堡、赫布和哈耶克的概念与本期特刊中的解释性表述联系起来的文章。

Neuroscience is awaiting for a breakthrough: an essay bridging the concepts of Descartes, Einstein, Heisenberg, Hebb and Hayek with the explanatory formulations in this special issue.

作者信息

Başar Erol, Karakaş Sirel

机构信息

Dokuz Eylül University Brain Dynamics Multidisciplinary Research Center and Faculty of Medicine Department of Biophysics, Izmir, Turkey.

出版信息

Int J Psychophysiol. 2006 May;60(2):194-201. doi: 10.1016/j.ijpsycho.2005.12.010. Epub 2006 Apr 27.

Abstract

The paper presents gedankenmodels which, based on the theories and models in the present special issue, describe the conditions for a breakthrough in brain sciences and neuroscience. The new model is based on contemporary findings which show that the brain and its cognitive processes show super-synchronization. Accordingly, understanding the brain/body-mind complex is possible only when these three are considered as a wholistic entity and not as discrete structures or functions. Such a breakthrough and the related perspectives to the brain/body-mind complex will involve a transition from the mechanistic Cartesian system to a nebulous Cartesian system, one that is basically characterized by parallel computing and is further parallel to quantum mechanics. This integrated outlook on the brain/body-mind, or dynamic functionality, will make the treatment of also the meta-cognitive processes and the greater part of the iceberg, the unconscious, possible. All this will be possible only through the adoption of a multidisciplinary approach that will bring together the knowledge and the technology of the four P's which consist of physics, physiology, psychology and philosophy. The genetic approach to the functional dynamics of the brain/body-mind, where the oscillatory responses were found to be laws of brain activity, is presented in this volume as one of the most recent perspectives of neuroscience.

摘要

本文提出了一些思想模型,这些模型基于本期特刊中的理论和模型,描述了脑科学和神经科学取得突破的条件。新模型基于当代研究结果,这些结果表明大脑及其认知过程呈现出超同步性。因此,只有将大脑、身体和心智这三者视为一个整体,而非离散的结构或功能,才有可能理解大脑/身体-心智复合体。这样的突破以及对大脑/身体-心智复合体的相关观点,将涉及从机械的笛卡尔体系向一种模糊的笛卡尔体系的转变,这种体系的基本特征是并行计算,并且在更深层次上与量子力学并行。这种对大脑/身体-心智的综合观点,即动态功能观,将使得对元认知过程以及冰山的大部分——无意识的治疗成为可能。所有这一切只有通过采用多学科方法才有可能实现,这种方法将汇聚物理学、生理学、心理学和哲学这四个“P”的知识和技术。大脑/身体-心智功能动力学的遗传学方法,其中振荡反应被发现是大脑活动的规律,在本卷中作为神经科学的最新观点之一被呈现出来。

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