Some kids are right-brain dominant. They're creative. They think out of the box. They dance and do art. They usually don't like math.Other kids are left-brain dominant. They take things apart to figure out how they work. They like order. They think about things and ask lots of questions. Math is often their favorite subject.Nothing wrong with this, except that school is generally a left-brain dominant institution, especially as kids progress on to high school and then college. Although we're getting better at teaching to individual differences in grade school, left-brain teaching remains the norm in high school.
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.
Activities that stimulate the right brain are emotional issues, the creative process, recalling memorized lists, any unfamiliar event or activity, and holding the attention span. Seeing or feeling different sizes, seeing different colors, attention exercises involving timing, seeing unfamiliar faces, and meeting someone new also stimulate the right brain..
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.
Now the action part. How do you get this neuronal pattern? How do you get these synapses across the corpus callosum? It's really quite simple. Every time you cross your body's midline, you make neuronal patterns between the right and left side. Right-brain dominant kids are now able to use more of their left brain. And left-brain dominant kids able to use more of their right brain. Just get them moving. Walking while swinging their arms. Skipping. Playing ball. Dancing. Running. Since moving is key, perhaps we're seeing more right-brain dominant kids because kids are less active.
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.
We usually think about why two people never think in a similar manner. Perceptions differ according to the individuals. The brain is in integral and crucial part of the human body. We all have got one brain, but even then why do we follow the concept of left brain and right brain? The different thinking between two people leads to the discovery of the left brain and right brain concept. Many researchers had come up with different theories, but they were unable to prove the concept.
Visual stimulation from the left side in a checkerboard pattern using different colors comes up through the optic pathway to the brain stem and up to the right brain. The T.E.N.S. unit set at subthreshold stimulates large diameter nerves which fire up to the cerebellum and to the opposite brain.
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.
Activities that stimulate the right brain are emotional issues, the creative process, recalling memorized lists, any unfamiliar event or activity, and holding the attention span. Seeing or feeling different sizes, seeing different colors, attention exercises involving timing, seeing unfamiliar faces, and meeting someone new also stimulate the right brain..
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.
Now the action part. How do you get this neuronal pattern? How do you get these synapses across the corpus callosum? It's really quite simple. Every time you cross your body's midline, you make neuronal patterns between the right and left side. Right-brain dominant kids are now able to use more of their left brain. And left-brain dominant kids able to use more of their right brain. Just get them moving. Walking while swinging their arms. Skipping. Playing ball. Dancing. Running. Since moving is key, perhaps we're seeing more right-brain dominant kids because kids are less active.
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.
We usually think about why two people never think in a similar manner. Perceptions differ according to the individuals. The brain is in integral and crucial part of the human body. We all have got one brain, but even then why do we follow the concept of left brain and right brain? The different thinking between two people leads to the discovery of the left brain and right brain concept. Many researchers had come up with different theories, but they were unable to prove the concept.
Visual stimulation from the left side in a checkerboard pattern using different colors comes up through the optic pathway to the brain stem and up to the right brain. The T.E.N.S. unit set at subthreshold stimulates large diameter nerves which fire up to the cerebellum and to the opposite brain.
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