Brain Learning Paths - the 4 Emergence Decision Tree Fractals
Posted on Feb 4th, 2007
by
Steven
With all due respect, may I ask you something? Does your child have a learning disability? Would you be willing to bet your child's love of learning on that they don't? This week, in our ongoing series on education and learning, we're going to take a brief look into the nature of "learning disabilities." Including that we all, to some degree, have them. I'll also show you a more accurate way to identify learning disabilities; brain learning paths. Otherwise known as the Four Emergence Decision Trees. Ready for some more fractals?
Will the Normal Learners Please Stand Up
Years ago, I remember seeing a cartoon, an annual meeting for the "children of normal parents." Seated in the auditorium, there were maybe three or four people. Can you picture this? Three or four "children of normal parents." That's it. Three or four.
I expect we'll soon see a similar cartoon for the "parents of normal learning kids."
My point. There are no normal learners. Not even kids with excellent grades are "normal learners." In truth then, we all have our troubles with learning. Kids and parents alike. Not just minor struggles, mind you. Full blown, whale sized, wrestle with the devil struggles. At least, in one or two major subjects.
Of course, most of today's parents did not themselves get diagnosed with a learning disability back when they were in school. And when we hear stories today about mercury and learning disabilities, we cringe with potential regret. Imagine? With "potential" regret. We're guilty even when we're not sure something happened. What a world we live in! We feel guilty for things which may never have occurred.
So can we tell, with certainty, if a kid has a learning disability? And if we all struggle with learning, does this mean learning disabilities are the norm? If so, is there a fractal with which we can clearly identify the nature of these learning disabilities? Something more compassionate than asking a scared little kindergartner five hundred questions?
The good news. As we spoke about in Week 21, there are, indeed, fractals for identifying learning disabilities; the Four Social Priority fractals. Each offers us a detailed and recognizable visual pattern which describes what may distract a child (or an adult). They also show us the approximate time during childhood wherein this learning disability would have occurred. As well pointing us to how we might best reach this child.
This week we'll look at a second group of learning related fractals. I call these fractals, the Four Decision Trees. With them, we get a visual model for the paths children's minds follow when they process data. The four brain learning paths young minds take whenever they try to understand something. Especially something new.
Before we start though, I need to offer you some gentle advice. My advice. Read this column slowly. Why? Because this week's drawing is far more complex than previous drawings. Certainly too complex to be grasped in a casual read. And perhaps too complex to be grasped in several serious reads.
Please know, I am not trying to discourage you here. My intention is merely to help you to get as much out of this week's fractals as you possibly can.
Know too that I am in the same state as you are in here. In other words, it will probably take me years to realize the implications of how these fractals combine. As well as to discover how best use them to help our children.
Why show you this diagram then? Because if you are still reading this, then there is something special inside you. Something our children need. Hope.
I also feel that offering you something new is better than tweaking something old. You know. The "polishing a turd" cliche which so applies to making symptom reduction the primary approach to learning disabilities.
More important, who knows. Some of you may feel so inspired, you may do your own research. God knows our kids could use your help. If so, please remember I welcome your questions. And your input. After all, finding a way to help kids learn is my thing. Remember?
Finally, know there is an up side to the complexity I am presenting here. The up side? If you can find it in you to stay with what you feel, then you'll get to experience, first hand, what many kids feel on a daily basis. You see, most students feel intimidated by complex learning. If this includes you, then know that what you're feeling here could lead you to many aha's. Including that even geniuses struggle to learn.
Have you ever thought about this then? That even geniuses struggle to learn. No? This lack of awareness in even smart folks always amazes me. Especially since all normal births result in baby geniuses.
Perhaps what happens then is that those who grow up to become geniuses are somehow born, not more intelligent, but more stubborn than most. Maybe these kids intuitively do what I've been urging you to do here. Maybe they simply do not give up in the face of complex learning.
If this is true, then where is our genius? I believe this week's fractals hold the clue to our rediscovering it. How? By showing us where in the learning process we get lost. Are you at all curious as to where you yourself get lost? If so, then please stay with me just a bit longer. I promise you'll be amazed at how simple these fractals actually are. Once you learn to recognize them for yourself, that is.
Okay. Big breath now. Ready? Okay.
To read the rest of this article, click here.
Will the Normal Learners Please Stand Up
Years ago, I remember seeing a cartoon, an annual meeting for the "children of normal parents." Seated in the auditorium, there were maybe three or four people. Can you picture this? Three or four "children of normal parents." That's it. Three or four.
I expect we'll soon see a similar cartoon for the "parents of normal learning kids."
My point. There are no normal learners. Not even kids with excellent grades are "normal learners." In truth then, we all have our troubles with learning. Kids and parents alike. Not just minor struggles, mind you. Full blown, whale sized, wrestle with the devil struggles. At least, in one or two major subjects.
Of course, most of today's parents did not themselves get diagnosed with a learning disability back when they were in school. And when we hear stories today about mercury and learning disabilities, we cringe with potential regret. Imagine? With "potential" regret. We're guilty even when we're not sure something happened. What a world we live in! We feel guilty for things which may never have occurred.
So can we tell, with certainty, if a kid has a learning disability? And if we all struggle with learning, does this mean learning disabilities are the norm? If so, is there a fractal with which we can clearly identify the nature of these learning disabilities? Something more compassionate than asking a scared little kindergartner five hundred questions?
The good news. As we spoke about in Week 21, there are, indeed, fractals for identifying learning disabilities; the Four Social Priority fractals. Each offers us a detailed and recognizable visual pattern which describes what may distract a child (or an adult). They also show us the approximate time during childhood wherein this learning disability would have occurred. As well pointing us to how we might best reach this child.
This week we'll look at a second group of learning related fractals. I call these fractals, the Four Decision Trees. With them, we get a visual model for the paths children's minds follow when they process data. The four brain learning paths young minds take whenever they try to understand something. Especially something new.
Before we start though, I need to offer you some gentle advice. My advice. Read this column slowly. Why? Because this week's drawing is far more complex than previous drawings. Certainly too complex to be grasped in a casual read. And perhaps too complex to be grasped in several serious reads.
Please know, I am not trying to discourage you here. My intention is merely to help you to get as much out of this week's fractals as you possibly can.
Know too that I am in the same state as you are in here. In other words, it will probably take me years to realize the implications of how these fractals combine. As well as to discover how best use them to help our children.
Why show you this diagram then? Because if you are still reading this, then there is something special inside you. Something our children need. Hope.
I also feel that offering you something new is better than tweaking something old. You know. The "polishing a turd" cliche which so applies to making symptom reduction the primary approach to learning disabilities.
More important, who knows. Some of you may feel so inspired, you may do your own research. God knows our kids could use your help. If so, please remember I welcome your questions. And your input. After all, finding a way to help kids learn is my thing. Remember?
Finally, know there is an up side to the complexity I am presenting here. The up side? If you can find it in you to stay with what you feel, then you'll get to experience, first hand, what many kids feel on a daily basis. You see, most students feel intimidated by complex learning. If this includes you, then know that what you're feeling here could lead you to many aha's. Including that even geniuses struggle to learn.
Have you ever thought about this then? That even geniuses struggle to learn. No? This lack of awareness in even smart folks always amazes me. Especially since all normal births result in baby geniuses.
Perhaps what happens then is that those who grow up to become geniuses are somehow born, not more intelligent, but more stubborn than most. Maybe these kids intuitively do what I've been urging you to do here. Maybe they simply do not give up in the face of complex learning.
If this is true, then where is our genius? I believe this week's fractals hold the clue to our rediscovering it. How? By showing us where in the learning process we get lost. Are you at all curious as to where you yourself get lost? If so, then please stay with me just a bit longer. I promise you'll be amazed at how simple these fractals actually are. Once you learn to recognize them for yourself, that is.
Okay. Big breath now. Ready? Okay.
To read the rest of this article, click here.

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