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首页> 外文期刊>International journal of psychophysiology: official journal of the International Organization of Psychophysiology >A breakthrough in neuroscience needs a 'Nebulous Cartesian System' Oscillations, quantum dynamics and chaos in the brain and vegetative system.
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A breakthrough in neuroscience needs a 'Nebulous Cartesian System' Oscillations, quantum dynamics and chaos in the brain and vegetative system.

机译:神经科学的突破需要大脑和植物体系统的“星状笛卡尔系统”振荡,量子动力学和混沌。

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The Cartesian System is a fundamental conceptual and analytical framework related and interwoven with the concept and applications of Newtonian Dynamics. In order to analyze quantum processes physicist moved to a Probabilistic Cartesian System in which the causality principle became a probabilistic one. This means the trajectories of particles (obeying quantum rules) can be described only with the concept of cloudy wave packets. The approach to the brain-body-mind problem requires more than the prerequisite of modern physics and quantum dynamics. In the analysis of the brain-body-mind construct we have to include uncertain causalities and consequently multiple uncertain causalities. These multiple causalities originate from (1) nonlinear properties of the vegetative system (e.g. irregularities in biochemical transmitters, cardiac output, turbulences in the vascular system, respiratory apnea, nonlinear oscillatory interactions in peristalsis); (2) nonlinear behavior of the neuronal electricity (e.g. chaotic behavior measured by EEG), (3) genetic modulations, and (4) additional to these physiological entities nonlinear properties of physical processes in the body. The brain shows deterministic chaos with a correlation dimension of approx. D(2)=6, the smooth muscles approx. D(2)=3. According to these facts we propose a hyper-probabilistic approach or a hyper-probabilistic Cartesian System to describe and analyze the processes in the brain-body-mind system. If we add aspects as our sentiments, emotions and creativity to this construct, better said to this already hyper-probabilistic construct, this "New Cartesian System" is more than hyper-probabilistic, it is a nebulous system, we can predict the future only in a nebulous way; however, despite this chain of reasoning we can still provide predictions on brain-body-mind incorporations. We tentatively assume that the processes or mechanisms of the brain-body-mind system can be analyzed and predicted similar to the metaphor of "finding the walking path in a cloudy or foggy day". This is meant by stating "The Nebulous Cartesian System" (NCS). Descartes, at his time undertaking his genius step, did not possess the knowledge of today's physiology and modern physics; we think that the time has come to consider such a New Cartesian System. To deal with this, we propose the utilization of the Heisenberg S-Matrix and a modified version of the Feynman Diagrams which we call "Brain Feynman Diagrams". Another metaphor to consider within the oscillatory approach of the NCS is the "string theory". We also emphasize that fundamental steps should be undertaken in order to create the own dynamical framework of the brain-body-mind incorporation; suggestions or metaphors from physics and mathematics are useful; however, the grammar of the brains intrinsic language must be understood with the help of a new biologically founded, adaptive-probabilistic Cartesian system. This new Cartesian System will undergo mutations and transcend to the philosophy of Henri Bergson in parallel to the Evolution theory of Charles Darwin to open gateways for approaching the brain-body-mind problem.
机译:笛卡尔系统是一个基本的概念和分析框架,与牛顿动力学的概念和应用交织在一起。为了分析量子过程,物理学家转向了一种概率笛卡尔系统,在该系统中,因果关系原理成为一种概率论系统。这意味着只能用多云波包的概念来描述粒子的轨迹(遵守量子规则)。解决人脑思维问题的方法比现代物理学和量子动力学的先决条件还重要。在分析大脑-身体思维构造时,我们必须包括不确定的因果关系,并因此包括多个不确定的因果关系。这些多重因果关系源自(1)营养系统的非线性特性(例如生化递质的不规则性,心输出量,血管系统的湍流,呼吸暂停,蠕动中的非线性振荡相互作用); (2)神经元电的非线性行为(例如,通过EEG测量的混沌行为),(3)遗传调制和(4)除了这些生理实体之外,人体物理过程的非线性特性。大脑显示出确定性混沌,相关维数约为。 D(2)= 6,平滑肌约。 D(2)= 3。根据这些事实,我们提出了一种超概率方法或一种超概率笛卡尔系统来描述和分析脑-身心系统中的过程。如果我们在此构架中增加情感,情感和创造力等方面的信息,最好是对这种已经存在高概率性的构架说,这个“新笛卡尔系统”不只是高概率性的,它是一个模糊的系统,我们只能预测未来以模糊的方式但是,尽管有这样的推理链,我们仍然可以对大脑与身体的结合进行预测。我们暂时假定可以像“在阴天或大雾天中找到人行道”这样的比喻来分析和预测大脑-身心系统的过程或机制。这就是说“星状笛卡尔系统”(NCS)。笛卡尔在迈出自己的天才一步之时,并不具备当今生理学和现代物理学的知识;我们认为现在是时候考虑这样一个新的笛卡尔系统了。为了解决这个问题,我们建议使用海森堡S-矩阵和费曼图的修改版本,我们称其为“脑费恩曼图”。在NCS的振荡方法中要考虑的另一个隐喻是“弦论”。我们还强调,应该采取基本步骤,以建立自己的大脑-身心融合的动力框架;物理和数学的建议或隐喻是有用的;但是,必须借助新的生物学基础,自适应概率笛卡尔系统来理解大脑的内在语言语法。这个新的笛卡尔系统将经历突变,并超越亨利·伯格森的哲学,与查尔斯·达尔文的进化论相平行,从而为解决大脑思维问题打开了门户。

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