PER-BRAIN - BRAIN TRAINING - BRAIN BLASTER - TURBO CHARGING YOUR BRAIN'S HEALTH AND PERFORMANCE
Introduction
Have you ever been envious of people who seem to have no end of
clever ideas, who are able to think quickly in any situation, or who seem
to have flawless memories? Could it be that they're just born smarter or
quicker than the rest of us? Or are there some secrets that they might
know that we don't?
If
- You seem to forget important things
- You have good ideas but they come too late
- You'd like to be better at solving problems
- You wish you could communicate better
- You'd like to be better at tuning out distractions
- You admire creative people and want to be more creative yourself
- You'd give anything to have a better overall approach to life's
challenges,
then this book is for you. In it you will learn how the brain works in
general, the styles related to thinking, your own personal style, and how
you might train your brain to think better.
Our brains have vast potential - you may have heard that we only use
about 5% of our brains. That's true. But there are techniques we can
use to maximize our brain power. By the end of this book, you'll know a
lot more about how to maximize your thinking and even your life.
Our Brains and How They Work
No doubt about it, our brains are pretty magnificent. Talk about
multitasking! We all do it - watch television, read a magazine, realize
how great the evening meal smells in the kitchen, listen to the person in
the room with us, and be excited about plans for the weekend - all at
the same time. We can do this because of our brain's ability to make all
kinds of connections.
Our brains have developed over thousands of years. Their basic
construction can be divided into three parts:
1. Primitive brain - this region of the brain is about the size of an
apricot and controls our basic functions like blood circulation, reading,
and indigestion. It also controls our "fight or flight" response to danger,
and decides whether we will stay and fight or run away.
It's also
believed that when we are in stressful situations, the other parts of our
brain shut down and leave everything up to the primitive brain, which is
why we might find it more difficult to think clearly when we are stressed.
2. Cerebellum - this part of the brain is called the mammalian brain. It
surrounds the primitive brain and processes our emotions and long-
term memories. It also processes information learned through our
senses.
3. Cerebral cortex - this covers the primitive brain and the cerebellum
and makes up about 80% of our brain area. It determines language,
thought, reasoning, complex movement patterns, and other things like
appreciation of poetry and music.
In addition to these three parts of the brain, we all have millions of brain
cells called neurons. Each neuron has its own special function. Neurons
use electrical impulses and chemical reactions to and from the central
nervous system and within the brain.
Neurons store information and work together in groups to generate
actions and reactions and control specific thoughts. Each neuron has
the potential for one million billion connections with other neurons. So,
even though we only use 5% of our brain capacity, you can see that
there is still an enormous amount of activity in our brains.
Left and Right Brain Hemispheres
You may have heard the terms left brain and right brain. It wasn't until
the 1960s that a scientist named Roger Sperry discovered that different
activities are associated with different sides of the brain, thus the term
left brain and right brain thinking was coined.
The left side of our brain is the logical side, the mathematical side. It
deals with details and organization, and controls our speech and our
language. The right side of our brain operates in a less organized way. It
handles creativity, interpretation, emotions, imagination, intuition, and
spatial awareness.
At one time, scientists thought that these two halves of the brain
operated completely independently of each other, but more recent
thinking believes that there is some flexibility so that different parts of
the brain can learn new functions.
We all have five senses. Recent evidence shows that the more you are
able to use your senses, the better your memory and thinking ability will
be. The five senses are sight, hearing, smell, touch, and taste. Our brain
interprets the information from the senses to help us act and react and
stay out of danger.
It's interesting that, although we all have the same five senses, because
of our individual perceptions, we often don't agree on what our senses
are telling us. For instance, how many times have you been in a room
where it's too hot for you but too cold for someone else? Or vice versa?
How many
times have you and someone standing next to you disagreed about
what you saw when you were looking at exactly the same thing? How
many times have you liked the taste of a new food, but your partner has
the opposite reaction? This is all due to our individual perceptions of
sensual information.
The brain controls every area of our body. It starts as an electrical burst
of activity in the cerebral cortex and moves to the motor cortex, which
sends out nerve signals to specific parts of the body.
The signals then
move down the spinal cord, along the motor nerves, to the muscles.
The signals go to every part of our body and control every action. More
complex activities that need body parts with finer control, such as
fingers or lips, have bigger areas of the motor cortex.
The brain is beginning to seem like a complicated place, isn’t it, but we
are just getting started.
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