Piece Of Mind. Sandy MacGregor
The brain itself has got 150 to 200 billion nerve cells and each nerve cell has got thousands of contact points. The human brain of course is the best computer that we know of, and it's 50,000 years old – it has not changed, in man, for at least 50,000 years. Another very important point: the brain is the only organ in the body that continues to make new connections, as long as it is activated, as long as it is used.
It is the only organ in the body that continues to develop, isn't that nice to know? The major thing is, we need to use it, and keep on using it right up until death. Just a brief word on senility: if you believe that old people go senile – guess what could happen to you when you get older? Your belief system is very important and brings about what happens in your life.
Now if you really believe that when people get old they go senile, then you may go senile. You may not, but belief systems can really help to create reality! So that is one belief that should definitely be discarded, unless of course there is some other factor to be considered, such as a medical condition. How many of you have heard of people who are over 90 or even 100 whose mind is still quite active – they're reading, discussing, playing cards – lots of things? Their physical body may let them down but their mind is active, and it can be, and it is. As long as you keep using your brain it will develop. So a fantastic start as far as senility is concerned would be to change your belief system, about old people going senile.
Children
Did you know that from 0 to 5 years old a child learns more facts than it takes to get a university degree? A degree such as law, medicine or engineering for example – and they have such fun doing it! In fact children love learning! It's enjoyable, as there's no stress and the attention span is very short so they don't have a chance to get bored. From 0 to 5 children are learning so much, yet when they come into the world, nothing is stored in their brain, not even the action of yelling out “Mummy I want food”. They do learn to get that message across pretty soon though. Babies do not have the knowledge (or the physical ability and awareness) to roll over, or play with their fingers, or talk – no communication skills, nothing at all, except this yell of course as soon as they're born. They learn at a fantastic rate.
One of the reasons they learn is because absolutely everything is new and they are so eager to learn that their mind is like an “information absorbing” sponge. In fact a lot of research is now being done to prove that genius is not only born, but also made; research is also being done about children learning in the womb. Genius really can be created – it has happened.
Genius
Talking about genius for a moment, do you know what percentage of our brain we use? Well, all of our brain is used at some time or another in our lives (never all at once though!). However, the conscious mind, which most of us operate from in our waking hours, only represents a tiny fraction of the total operating potential of the brain.
At any given time the portion of your brain mass devoted to carrying out conscious mind functions is approximately 2 percent. This means that consciously, we don't have much in use... and we can bring a LOT more of our ‘offline’ resources (which work around 10,000 times faster than the conscious functions) into conscious use. [You can learn more by reading the book “The User Illusion” by Tor Norretranders, a Danish science author, who has studied the work of several scientists.]
Similarly, if we look at the work that our mind does, most of the time when we are awake, a great percentage (perhaps 88 - 90%) of what our minds are doing, is being done subconsciously, and only 10 - 12% of what our minds are doing is being done consciously.
Brain: Left (Analytical) and Right (Creative)
What are some of the features of left brain people? For instance I said I was analytical, prove-it-to-me, work-it-out, that sort of thing – I'm a left brain person. What are some of the other things in the left brain? Maths, numbers, logic, sequence, linearity, judgement, speech – language, (the English language at least because the Japanese language, for example, which uses symbols and “drawings”, is learned in the right side of the brain). The words and timing of a song are in the left brain, but the musical aspect – the tune of a song – is in the right brain. Spatial skills and manipulation fall in the right brain. Painting, art, colour, music, imagination, creativity, daydreaming – that beautiful state that we often get rapped over the knuckles for – it's a great state (you're allowed to daydream in accelerated learning) that's a way to learn – are all right brain activities.
So now we have a list of probable left and right brain functions – probable. There is always someone who breaks the rule, so there is nothing 100% about this. Therefore from now on I will refer to the two sides of the brain as the “analytical side” and the “creative side”.
Research varies – some shows that the Analytical Side is on the right side of the brain for over 17% of people (most left handers would fall into this category). Many people who suffer from dyslexia have their dominant brain on the same side as the dominant hand (with which they write). How do we know about the two sides of the brain? There is a machine called the electroencephalograph which scientists use to measure the impulses that are in the brain. In fact, the left brain and the right brain have actually been cut in half. This has occurred when someone has had a tumour for instance, or severe and constant epileptic fits which cannot be controlled by the usual drugs.
Generally speaking the left and right brain constantly communicate with each other, but when the brain is cut in half the two halves can not communicate with each other; also, once cut, the two sides can never grow back together again. In this way, scientists have actually been able to measure what a person does with the left brain and with the right brain. These different activities can physically be measured on the electro-encephalograph.
Most of you have probably seen the electroencephalograph on television – it's that machine on the back of the hospital bed in the doctors' series – the one that looks like a TV set. There are wavy lines going up and down and across the screen. When there is no energy in the mind and when you're dead the wavy line is gone. The wave becomes a straight line across the screen – waaaahhhhhhhhhhhhhh! You're dead. We've got a machine (the electro-encephalograph) to tell us when we're dead – science tells us! Your heart can still be beating, your blood can still be flowing, everything in your body can still moving, but when you're brain dead – you're dead. That's when the life support equipment can be unplugged, everything turned off, because you're brain dead, and without the life support equipment your heart stops beating, and your blood stops flowing. So we have a machine to tell us when we're dead. The difference between dead and alive is the energy measured by the machine. When you're dead that energy has gone; it's gone somewhere but we don't know where. Science hasn't told us where it's gone; we can speculate, but that is not part of what I am getting into in this book. (I welcome talking about it and do so in the book Switch On to Your Inner Strength).
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