Even more to the point, try reading a line of text wherein you cover up the bottom half of the words. You'll be stunned at how much of the gist of these words you can get even from just seeing the fractal visual patterns of the upper halves of these words. Scientists use this test to reveal the underlying nature of learning language, including that much of what we think we read or hear is never actually there. The nature of typos, remember?

Okay, yes. This is a lot to take in. Moreover reading through all this is a whole lot harder than if I were to have given you a list of symptoms for ADD. The thing is, if you've gotten even the vaguest sense of how we learn to identify oak leaves, then you have the first clue as to how best to identify folks with ADD.

How do we best help people with ADD? Obviously, it's complicated. What I can tell you at this point though is this. The key to knowing how best to help folks with ADD has been in front of us all along, right there, in plain sight. Moreover the proof for this being true lies in a single, simple question. The question? Why does taking a medication which speeds up a person's sense of time help people with ADD to focus? Go slow now and for Pete's sake, don't look for the answer with logic alone.

What does a person's sense of time have to do with ADD anyway? Remember, you cannot arrive at a truly scientific answer unless you find the underlying visual pattern which always repeats differently. In truth, underlying fractal patterns are the only truly scientific way to define anything, including everything in the natural world. What fractal underlies ADD? I've already given you the clue. It has everything to do with something I've said repeatedly here, that the person's sense of speed. What does this tell us? A lot if you understand fractals.

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