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Right Brain, Left Brain, Whole Brain

By Henry A. Cupps


It's unfortunate but true, and probably due to our tech-driven, scientifically orientated world, that when I tell people I write poetry for a living, I'm likely to hear the question, "But what's it for? What does it do?" And that's a puzzler when it comes to literature and poetry. To those of us who love it, it's perfectly obvious what it's "for."

Left-brain teaching is linear. Lists to learn and memorize. Teachers talk. Kids write it down. Teachers have a plan. Kids follow the plan. Whoa there. You've just lost all those right-brain kids. Now they get poor grades. They're labeled with a learning disability. Maybe they get in trouble. Probably somebody thinks they have ADHD.

And teachers report more and more right-brain dominant kids in their classrooms. So how will these kids succeed in high school and college? And what if they want to go on to medical school, law school, maybe become engineers? How can we help them?Learning to use the whole brain solves the problem. Learning how to diminish right-brain or left-brain dominance so they're using both sides equally. So what does this mean? And how do you do it?

First, let's take a look first at how the frontal lobes of the brain's neocortex work. This is the part of the brain right behind your forehead. The left side and the right side are connected by a fibrous band in the middle called the "corpus callosum." In order to use both sides of the brain, neurons on the left side have to be connected to neurons on the right side. In other words, the electrical charge between brain cells has to pass across the corpus callosum. O.K. that's the theory part.

There are also specific treatment modalities that a clinician may utilize to increase function or activation of the right or left brain. One example is big letters made up of small letters. If you look at the small letters you will fire right cerebellum to left brain. If you look at the big letters you will fire left cerebellum to right brain.Auditory stimulation (listening to nature sounds, clicks of a metronome, or Mozart in a major key) in the left ear comes up through the brain stem over to the right brain and vice versa for the right ear.

And beyond the obvious aid to memory, poetry also offers an enhanced understanding of language. It forces our brains to think laterally, to join together different sensory impressions and associations. That kind of layered thinking has been shown, in live MRI tests, to wake up multiple areas of the brain at once. For kids who struggle with language skills, poetry offers an engaging, memorable stealth technology, a way of getting past the brain's standard verbal filters to a deeper language network.

It would seem that our brains have been programmed for this kind of thinking since before anyone even thought of writing anything down. After all, how are you going to pass down the tribe's history to the next generation, unless you turn it into an epic song or poem that people can remember, one verse at a time? Entire moral codes and genealogies were passed on in this manner until came up with the written word, and though we can now access all kinds of words on the internet with a flick of a mouse button, our brains still crave the stimulus that poetry gives, especially when it's spoken out loud.

Roger W. Sperry, an American psycho biologist, discovered and developed the concept of two brains - left brain and right brain theory. He successfully explained and proved people functioning of brain. It was found out that human brain has two different ways of thinking because of two unlike brain. The right side of the brain concentrates more on visual and images while, the left side of the brain deals with the verbal power. In more simple words, people thinking from left side of the bran are more logistical, objective, and methodical. While, the right brained people are more creative, subjective, and thoughtful.




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