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How the human brain works

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posted on Oct, 14 2007 @ 05:49 PM
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If a cell inside the animal requires more chemicals from outside, it attracts outside chemicals through the service provider.

The reason a cell must attract outside chemicals through the service provider is because that the service provider is the most conductive. Service provider automatically gets involved.

The brain is the most conductive service provider in an animal. It is basically formulated from some of the most conductive chemicals collected by the animal. In simple animals, the brains usually locate in the middle. As time goes by, animals became more complex, and the brains were relocated to other places due to many reasons: weather, chemical changes, environment, etc.

Since the brain is formed by some of the most conductive chemicals of an animal, one law were established. The brain gets involved in every little activity that goes on in the animal. The reason: brain is the most conductive. Any moving frequency must go through the brain (service provider) first. Another word, the brain becomes the middleman for every cell in the body since it is the most conductive. It automatically grabs every little detail.

There exist more than billion types of cell frequencies in one modern, complex animal. What is a frequency? A unique sound is a frequency. A request to attract a particular new outside chemical is a frequency. A particular smell is a frequency. A color is a frequency. A feeling is a frequency. Hearing is frequency. Etc.

An ice cream has its unique frequency....

Are you hungry for this ice cream? Or not? If you are, a certain part of your body is requesting to attract chemicals from this ice cream. If you don't have the appetite, your body doesn't need any chemical from the ice cream. Your brain is most conductive and serves as the middleman.

Now how can a brain handle so many frequencies and accesses at once? If a person walks and eats ice cream, and also says Hi to her friend all at the same time, wouldn'tthe brain be confused?

A single satellite in space can handle ten thousand phone calls at once and won't be jammed.

Why can a single satellite handle so many frequencies and won't be confused? The answer is that every single frequency has a different level. For example, if a frequency has a level value 3, it travels from one phone (value 3) to another phone (value 3). A phone rated value 4 will not receive the frequency from value 3. That's why you always can speak to the right party by dialing the correct number. One single phone line can also transmit thousands of frequencies and distribute them to correct parties all at once. As long as each frequency is different, the system won't be confused.

So if you see a hamburger, a certain part of your brain is affected. Certain parts of the brain is used to operate certain things. Why is that? Difficult tasks (heavy duty traffic, Example thinking, writing, speaking, math, etc.) usually requires more conductive parts of the brain to handle signals. Easier tasks (low traffic, Example smiling, crying, etc.) can be handled by the less conductive parts of the brain. The center of the brain is the most conductive part. Brain's outer layer is less conductive. Why? Remember that conductive cells are always in the center of things? Conductive cells are the ones which unite a group of cells into a body. Thats why conductive cells are usually in the middle of other cells.

So since the center of the brain is most conductive. Heavy duty jobs are handled in the center. Thinking, writing, reading, speaking, etc.
Why is thinking, writing, or speaking heavy duty and belong in the center? Well, everyday, every moment you think and speak, right? More energy, higher frequency. Therefore they need to be handled by more conductive brain cells.



posted on Oct, 14 2007 @ 06:03 PM
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Easier jobs are handled at the brain's outer layer. Memories of sound, language, taste, touch, heat, etc. Since you don't need to recall details from your memories every single moment, memories could be handled by less conductive cells. Folks, read on! Its getting more interesting!

Neurons are gates which connect to each other. Each neuron carries a certain kind of information. When you see a hamburger, whole bunch of related neurons connect together forming a "hamburger" neuron group.

If you are only one year old, and this is the first time you have ever seen a burger, your related neurons will gather into a new "hamburger" group. But I bet you are not that young and already know what a burger is.

What makes me decide to eat the burger or not? Answer is the need. If a certain part of your body needs the nutrition from the hamburger, you will eat it.

Each kind of vitamin is handled by one neuron. Each color is also handled by one neuron. The frequencies from the hamburger goes through your eyes (sight) and your nose (smell). Then the frequencies goes to related neurons.

The vitamin neurons are also connected by neurons that represent different body parts. Then the neurons that represent different body parts actually extend several feet long down the spinal cord, and connect to related body parts. These long neurons are called nerves.

If there are requests from body cells to attract outside chemicals, the animal starts eating. If certain parts of the body need food then this forces the person to eat food.

If your body does not need the hamburger, your neurons will transmit negative signals(-) from body parts to your brain, causing you to repel from the burger.

If you have more positive signals (+), you eat. So you reach for the hamburger with your hands. Now wait! How did the hands get involved?

The reason why your hands would automatically grab the hamburger before you use your mouth is because your hands are more conductive than your mouth. Frequencies always want to travel by a faster, more conductive line.

The next most conductive organ is your mouth. So after you used your hands, you exercise the mouth. Why do you say that the hands are the most conductive? If they are, why don't the hands eat food for the body?

Actually, the hands are "distancewise" more conductive than the mouth. They are more conductive since they are closer to the food. The mouth is far away from the food, and therefore the mouth is less conductive.

Actually, your feet are even more "distancewise" conductive than your hands. When you see food from far away, you utilize your feet to walk to the food, then you pick up the food with your hand. then you chew it. So the feet is more "distancewise" conductive than hands.

A neuron always contacts the most similar neuron at first. (Most similar frequency) If the most similar neuron fails to do the job, the next most similar neuron will be activated, like a hand or leg and when you realize that this new idea you had of using your hands or legs work you then create new information in your brain, you create new pathways, your brain actually grows and gets bigger and this is how you get smarter and learn and then solutions become easier for you to come up with when your faced with a problem. This is how the brain works.



 
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