In a 2011 Scientific American article, behavioral therapist Andrea Kuszewski reinforced a concept that continues to gain traction today–namely, that it’s possible to improve one’s native intelligence.
In the past, even respected scientists assumed that intelligence was purely genetic and unlikely to change over time.
Nowadays, neuroscientists and cognitive therapists recognize that fluid intelligence (e.g., the capacity to learn and process new information) is the reality.
More importantly, people can boost their fluid intelligence by improving their working memory. But how?
According to Kuszewski, you don’t have to be a genius to improve cognition. Even those with low IQs can grow in fluid intelligence. To quote the author, “what doesn’t kill you (will make) you smarter.” Read more »
Peeked inside a typical classroom lately? If so, you’re likely to see one teacher surrounded by an increasingly diverse group of students–each with unique learning needs.
What’s more, that ‘typical’ classroom is filled with students who are anything but typical.
For one thing, there’s really no such thing as an average student.
Each class might contain students who struggle with reading or math, students who don’t yet speak English, and students with disabilities. On the other end of the spectrum are the gifted students who may need more challenges to stay engaged.
How on earth can one teacher meet the needs of all these diverse learners? Read more »
Math video game characters
Do you know how most people evaluate educational games?
Quite simply–they don’t.
For example, consider Dragon Box, an affordable, highly engaging, and extremely educational math video game on algebra. If Dragon Box were a car, it would probably be named Car of the Year.
So what percentage of algebra teachers or parents do you think will be adding it to their toolbox this year? At a rough guess: probably less than one percent.
ST Math, Dreambox, and Big Brainz are three other great programs that can make a significant impact on children’s education. Yet how many math teachers or principals have even heard of these programs? And how many have taken steps to evaluate them to see if they’re truly helpful? Read more »
Mention the words “math” and “fun” in one breath and you might prompt a few raised eyebrows from those around you. But the truth remains that math actually can be fun. All the same, a negative view of math tends to prevail in America; even in the latest flurry over STEAM-based learning initiatives.
For one thing, too many parents’ own experiences with math were less than stellar. Similarly, teachers may feel anxious about motivating youngsters in their classrooms if they aren’t already huge math fans themselves.
What to do?
Don’t worry. Here are a few ways you can help children (and yourself) see math as a fun experience right from the start. Read more »
A guest post by Dr. Eugene Emmer, medical entrepreneur and author
Imagine Learning now publishes monthly guest posts in order to stimulate conversations about K12 education across the country. Opinions expressed herein are those of the individual author and may not necessarily reflect the official opinion of Imagine Learning.
As a physiologist and parent, I have long been interested in the impact of early childhood education on the child’s developing brain.
Over the years, an increasing number of scientists have devoted lab research to brain development and function. Their findings are not only fascinating, they also show how important proper stimulation is for the developing brain.
For example, years ago I read an intriguing study that demonstrated a marked increase in hippocampal neurons in adult mice living in an enriched environment.
Basically, the study showed that young rats raised in a stimulating environment had better-developed brains than rats raised in unstimulating environments.
During this study, scientists raised two groups of rats. One group lived in an enriched environment that included toys, tunnels, wheels, and so on; the other group was raised in an empty cage with only food.
Scientists showed that the rats raised in the enriched environment developed more hippocampal neurons than the rats raised in an empty cage. The stimulating environment had developed each rat’s young brain much the same way that lifting weights develops muscle. Read more »