One of those myths is one I was a believer in a few decades ago. According to the report, it is one of the most widely believed neuromyths: that students learn best when they’re taught according to their preferred learning style. This idea emerged in the 1970s and led to articles, books, and approaches to teaching that often focused on learning styles (such as visual or auditory learners) and led to the idea that some of us are right-brained and some of us are more left-brained.
The report states that there is no evidence to support the idea that people learn best when taught in their preferred learning style.
Back when this was a popular theory, I had come to really believe that I was right-brained and that explained both my problems with math and my more creative interests and abilities. I was a visual and auditory learner for sure. Not so, says the newer research. Actually, that teaching or learning based on a learning styles approach may hurt students who then would seek only information presented in a particular way.
I think everyone is a visual thinker and learner to some degree. How could you not be in this highly visual world we live in. I remember when the book Drawing on the Right Side of the Brain was published in 1979 that it got me (and plenty of other people) thinking about the whole right/left brain thinking ideas.
Although the book was meant as a way to give people confidence in their ability to draw and deepen your artistic perception of the world, it ignited a lot of discussion about the fairly new theory of left-brain or right-brain dominance. I know that some of that theory has been shown to be untrue since then, but there is no doubt that each side of the brain controls different functions and types of thinking.
The theory proposed that people will prefer one type of thinking over the other. So, a “left-brained” person was said to be more logical, analytical and objective. In her book, Betty Edwards was attempting to get people to draw – both in the sense of “to pull” and ” to make lines and marks” – on the “right-brain” which is supposed to be the more intuitive, thoughtful and subjective side.
In psychology, this theory (lateralization of brain function) seems to be considered more of a “myth with a basis in fact” that became distorted and exaggerated in popular culture. Roger W. Sperry is given credit for the initial research (he was awarded the Nobel Prize in 1981) while studying the effects cutting the corpus collosum (the structure that connects the two hemispheres of the brain) to reduce or eliminate seizures in people with epilepsy.
Which is all preface to a book I have been reading called 100 Diagrams That Changed the World: From the Earliest Cave Paintings to the Innovation of the iPod. It is an interesting collection of what might be considered the most significant plans, sketches, drawings, and illustrations that have influenced the way we think about the world.
There are primitive cave paintings and Leonardo da Vinci’s Vitruvian Man, the DNA helix drawn by Crick and Watson and sketches and plans for the iPod. The book works its way chronologically through the diagrams (the generic term for all of them) and has text about what scientific significance each one has had on our thinking.
I used to do some basic right/left brain discussion with my students and talk to them about the related topic of learning styles. I would start by asking them to consider a simple everyday situation. If you needed directions to my house, would you prefer that I: draw you a map, tell you the directions, or write out those directions? Simple visual, verbal/auditory and verbal/written options. There were always students in each option, but the majority tended to be in favor of a map. Of course, these days they just say “I’ll just use my GPS.” And then I point out that the GPS does offer all three options, as does your Google Map.
How often do you use a diagram to think through or illustrate something to someone else or for your own use?
Scott Christianson, author of the 100 Diagrams book, says diagram comes from Latin diagramma (figure) and Greek for a figure worked out in lines, from diagraphein, from graphein to write. First known use of the word in English is 1619 as meaning “a plan, a sketch, drawing, outline, not necessarily representational, designed to demonstrate or explain something or clarify the relationship existing between the parts of the whole.”
The author, Dan Roam, promotes picking up a pencil and drawing out the pieces of a problem. He’s talking about using diagrams to help our own thinking, but also sees them as sometimes more powerful than that slick PowerPoint presentation. The book also has some of what has been discovered in “vision science” lately.
Like Betty Edwards, he believes that we all have a talent for visual thinking, even if you maintain that you can’t draw. And he shows how thinking with pictures can help you discover and develop new ideas, solve problems in unexpected ways, and dramatically improve your ability to share your insights.
That simple diagram of how Copernicus envisioned our solar system was truly revolutionary. It got Galileo thinking and writing and really pissed off the Pope and the church because it questioned the idea that Earth and so “we” were not the center of the “universe” as it was known. And the diagram is just concentric circles.
Think about how teachers and students, project managers, doctors, engineers, pilots, coaches, financial analysts, lawyers and others use diagrams for problem solving. Those 100 historic diagrams are important, but in the back-of-the-napkin approach it’s more about brainstorming and communicating with pictures than it is about producing a final product.
Roam’s book was popular enough to get a follow-up companion workbook, Unfolding the Napkin which is more hands-on and has step-by-step guidelines and exercises and space for drawing. The book seems to be based on a four-day visual-thinking seminar the author must do.
There is that expression, “Do I have to draw you a picture?” but maybe it should more correctly be, “Do I have to draw you a diagram?”