神经元、星形胶质细胞和粒子波二象性在常规电磁场、等离子体脑动力学和量子脑动力学中的作用。

Zamzuri Idris, Zaitun Zakaria, Jafri Malin Abdullah
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引用次数: 0

摘要

大脑被认为是人体中执行各种功能的最复杂的解剖结构。具有离散网络的电磁脑电波或能量通常被认为是各种大脑功能的唯一贡献者。然而,脑网络的离散模式似乎不足以解释意识、神经交流中的绑定问题、脑热、精神表现和高阶思维。因此,大脑似乎必须拥有额外的能量,才能拥有更高程度的功能自由。等离子体脑动力学(PBD)和量子脑动力学(QBD)是与常规脑电磁能共存的两种假想脑能,具有很强的科学依据。这些能量的存在可以解释令人费解的大脑功能,从而创造了一个机会来纠正由它们引起的任何异常。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Role of the Neurons, Astrocytes and Particle-Wave Duality in Conventional Electromagnetic Field, Plasma Brain Dynamics and Quantum Brain Dynamics.

Role of the Neurons, Astrocytes and Particle-Wave Duality in Conventional Electromagnetic Field, Plasma Brain Dynamics and Quantum Brain Dynamics.

The brain is regarded as the most complex anatomical structure in the human body that executes various functions. The electromagnetic brainwaves or energy with its discrete network is commonly thought of as the sole contributor to various brain functions. However, the discrete pattern of the brain network seems insufficient to explain consciousness, binding problems in neural communication, brain heat, psychiatric manifestations and higher-order of thinking. Therefore, it seems that the brain must possess additional energy for it to have a much higher degree of functional freedom. Plasma brain dynamics (PBD) and quantum brain dynamics (QBD) are two hypothetical brain energies that have a strong scientific basis to exist together with the conventional brain electromagnetic energy. The presence of these energies may explain the puzzling brain functions, thus creating an opportunity to correct any abnormalities arising from them.

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