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Heisenberg’s Uncertainty Principle and Human Brain

机译:海森堡的不确定性原理与人脑

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In this paper the Heisenberg’s uncertainty principle is applied to the study of the quantum nature of the brain waves. Considering our model for the brain quanta the Libet’s time for the human brain is calculated. The value 0.45 s is obtained which is in good agreement with the measured value (1.4 s). In the paper we calculated the temperature of the source of the photons located in human brain. It is well known that our space time is filled with Cosmic Background radiation. It was interesting to calculate the temperature of the Cosmic Background Radiation source with the same model as for brain photons. As the result the shape of temperature was calculated, T=2.53 K, which is in very good agreement with observed value.NeuroQuantology | March 2013 | Volume 11 | Issue 1| Page 47-51
机译:本文将海森堡的不确定性原理应用于脑电波的量子性质研究。考虑到我们的大脑量子模型,可以计算出Libet人脑的时间。获得的值0.45 s与测量值(1.4 s)非常吻合。在本文中,我们计算了位于人脑中的光子源的温度。众所周知,我们的时空充满了宇宙背景辐射。用与大脑光子相同的模型来计算宇宙背景辐射源的温度很有趣。结果计算出温度形状,T = 2.53 K,与观测值非常吻合。 2013年3月|第11卷|问题1 |第47-51页

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