May 4, 2014
Intelligence is a much more interesting, democratic, and dynamic process than a lot of people realize.
There’s a dangerous but all too prevalent misconception that some people are born intellectually gifted (and the rest of us aren’t). From this perspective, traditional models of gifted education make good sense. All one has to do is figure out who has the extra dollop of intelligence, call them ‘gifted,’ and segregate them with each other in order to give them special educational experiences. Under this misconception about the nature of intelligence, the best way to ascertain whether a person belongs to the gifted category (or not) is to administer an intelligence test. The resulting score—an intelligence quotient or IQ—is then interpreted as being stable over the person’s lifetime.
The more that’s being learned about the brain, however, the more that cognitive scientists and neuropsychologists are emphasizing the dynamic nature of intelligence and the diversity of developmental pathways that lead to gifted levels of competence and achievement. Ability is spread much more broadly across the population than the demographic distribution of IQ scores would suggest, and is much more amenable to environmental influences like family life and day-to-day experiences.
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March 28, 2014
What’s it like to be on the receiving end of well-meaning sympathy for your learning disabilities, accompanied by low academic and career expectations? How does it feel to want to engage in the challenging learning activities that your friends in the gifted class are experiencing, and to be told you never will? Cognitive psychologist Scott Barry Kaufman—scientific director of the University of Pennsylvania’s Imagination Institute—describes his personal journey through special education, and what it taught him about the nature of intelligence, talent, and creativity.
I’ve been thinking and writing about these issues for a few decades, but nonetheless, my copy of Ungifted: Intelligence Redefined is full of underlines and dog-eared pages where I’ve marked research findings, quotes, and ideas I hadn’t yet encountered or thought about in the way Kaufman describes them. This book gave me fresh perspectives on many important ideas in my field and deeper understanding of many of the foundational concepts, as well as introducing me to research findings I hadn’t seen.
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March 18, 2014
Parents can help their kids find their own particular kind of genius by encouraging their sense of wonder in the ordinary. You may or may not want your child to be a genius—an exceedingly rare and extraordinarily high achiever in a particular field—but you can help him develop his intelligence, creativity, and talents, by ensuring he has enough time for unstructured play and daydreaming.
In The Parent’s Tao Te Ching: Ancient Advice for Modern Parents, William Martin wrote, “Do you have agendas for your children that are more important than the children themselves? Lost in the shuffle of uniforms, practices, games, recitals, and performances can be the creative and joyful soul of your child. Watch and listen carefully. Do they have time to daydream? From your children’s dreams will emerge the practices and activities that will make self-discipline as natural as breathing.”
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March 1, 2014
We all know people who can’t do math. They’re better to take the easy math courses and drop out of math as early as possible. That’s what most North American teachers and parents think should happen, and that’s what usually does happen. The kids become adults who ‘can’t do math,’ avoiding careers they might otherwise be interested in, often passing on their ‘poor math genes’ to their kids.
In his Junior Undiscovered Mathematical Prodigies (JUMP) program, John Mighton has demonstrated that everyone can do math, even kids labelled ‘slow learners’ or ‘learning disabled,’ even those who are many years behind their age and grade in mathematical achievement.
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