我们的脑电波‬隐藏着不为人知的巨大潜能!
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我们是用电波在思考吗？一个突破性的发现!
研究者可能对于我们的脑袋如何传递资讯有了一个划时代的发现。这个发现可以帮助你我了解记忆跟资讯传播是如何在不利用神经突触的情况下作用。
研究者发现资讯可以不需经过突触传导路径，而可以直接利用电波在神经细胞中传递。
因为我们的身体充满着神经细胞，这项发现可以展示来自灵气、能量疗愈、气功、查克拉、情绪、还有其他能量波所产生的电场在我们身体里传输的方式。
电波
这项发现起源于被记录的神经动作电位在脑里传播的速度比已知的任何方式都还要慢。科学家可以给出的唯一解释就是这些'波'正在一个不强烈的电场中传递，所以才能被他们的仪器侦测到。用电脑执行的模拟测试也支持他们的假说。
宾州州立大学神经工程学院的院长，Steven J. Schiff说'其他人已经在研究这个现象数十年了，但从来没有人可以做出这样的连结。这个结果可以表示相关专业可以用来缓和病理上的症状，如癫痫，以及透过认知节律，可以对许多脑内的活动有更深的了解。'
该报导日前由神经学日报发布(The Journal of Neuroscience)。
Dominique Durand以及Elmer Lincoln Lindseth，凯斯西储大学工程学院，生物医学工程的教授说'研究者一直以为脑的内部电场弱到不足以用来传递电波，但结果显示脑可以不利用突触路径、细胞连接、或是扩散神经，而是利用脑内的电场来传递消息。'
研究者相信电场是如此作用的
透过电脑观测位于老鼠脑内中央海马体，科学家发现电场是由一个或是一细胞开始，然后如同一个波一般的传给邻近的细胞。海马体是脑掌管空间性以及记忆的地方。
尽管电场有着低振福，电波能够启动以及刺激邻近的身体部位，而该部位能够再刺激它邻近的部位。电波传递的速率大约是０．１公尺／秒。只要想像一股温暖的气流在你的身体流动的感觉，你就能了解这个虽然缓慢但是有效的资讯传递方法是如何在你的身体里移动
的了。
由于西塔波（如在睡梦中会发出的电波），与我们形成记忆有关，研究者想深入研究这个新发现的电波是如何同时影响我们的记忆以及生理上的羊癫疯还有癫痫。 Durand的实验室至今还在寻产生这个波的主要源头。
电波提供更多第六感的相关证据
你如果有读过我们上一篇关于科学是如何为第六感背书以及我们的身体是如从细胞层面上接受电场的讯息的报导，你就会开始了解这些资料都是互相有关的。你如果对于微小的刺激很敏感的话，你就有学会操控这些电波的潜力。
这或许也能解释我们的情绪是如何从我们的心脏或是内脏开始燃起，然后传遍我们全身。在我们开始尝试搞懂我们身体里能量流动是怎么回事后，或许我们可以更佳的掌控我们的身体，并且了解到古老能量场训练的好处。随着这些发现为人所知，瑜珈跟气功可能会在短时间内变得更受欢迎。
Dowe think in Electrical Waves? A Break Through Discoverymodulate
Researchers may have just made abreakthrough discovery about how our brains send information. This discoverycould both help us better understand how memory works and how information isspread without the use of a direct connection or synapses.
Researchers found that information can betransferred in electrical waves throughout the neural tissue without followingthe traditional synaptic pathways.
Since our body is full of neurologicaltissue this discovery could indicate how the electrical fields from reiki,energy healing, chi gong, chakra energy, emotions, and other energy wavestravel across the body.
ElectricalWaves
Scientists used to believe that informationwas only transferred along neural tissue, now they found that it can move inwaves, leaping small distances as it travels across the body.
The discovery was made when neural spikestraveling through the brain were recorded to be too slow for any knownmechanism. The only explanation that scientists could come up
with was that thewave was spreading across a mild electrical field that they were able to detectwith their instruments. Computer modeling tests also supported their theory.
“Others have been working on such phenomenafor decades, but no one has ever made these connections,” said Center forNeural Engineering Director Steven J. Schiff, at Penn State University. “Theimplications are that such directed fields can be used to modulate bothpathological activities, such as seizures, and to interact with cognitiverhythms that help regulate a variety of processes in the brain.”
Thereport was recently published in The Journal of Neuroscience.
“Researchershave thought that the brain’s endogenous electrical fields are too weak topropagate wave transmission,” said Dominique Durand, Elmer Lincoln LindsethProfessor in Biomedical Engineering at Case School of Engineering. “But itappears the brain may be using the fields to communicate without synaptictransmissions, gap junctions or diffusion.”
HowResearchers believe the fields may work
The computer modeling tests from a mouse’shippocampi located in the center of the brain showed that the electrical fieldbegins in one cell or group of cells and then will spread like a wave over therest of nearby cells. The hippocampi is the area of the brainassociated with spatial navigation and memory.
Even though the electrical field is a lowamplitude the wave of energy will activate and excite nearby structures in thebody which will then become excited and spread to other nearby structures. Therate at which the wave travels is about 0.1 meter per second. Just visualize awarm fuzzy feeling spreading around your body and you will understand how thisslow-moving but effective method of informational transfer can spreadthroughout your body.
Because theta waves, such as those insleep, are associated with how we form memories researchers are looking intohow these new electrical waves will influence both our memory and thephysiology of epilepsy and seizures. Durand’s lab is still searching for thecore source of what triggers the wave to occur.
ElectricalWaves Give more Evidence to a 6th Sense
If you have read our previous article on how science now backs up the sixthsense and how our bodies take in data from electrical fields on the cellularlevel you will start to see how all of these pieces of data are fallinginto place. If you were sensitive enough to this level of stimuli then youcould potentially learn to feel and eventually manipulate these waves.
This also may explain our emotions and howthey seem to start in an area of our body such as our heart or gut and thenwash over our entire being. As we work to understand what is going onenergetically within our bodies we may be able to gain greater control and seethe benefits to ancient practices that train on these specific energy fields.Yoga and chi gong may soon gain momentum as word of these discoveries spread.

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