Words matter. These are the best Maryanne Wolf Quotes, and they’re great for sharing with your friends.
Learning to read, for the brain, is a lot like an amateur ringmaster first learning how to organise a three-ring circus. He wants to begin individually and then synchronise all the performances. It only happens after all the separate acts are learned and practised long and well.
I worry that the superficial way we read during the day is affecting us when we have to read with more in-depth processing.
If you word-spot James Joyce, you’ll miss the entire experience.
The first and most common reason for not being a fluent reader is that the child does not yet know how to decode very well yet. They lack automatic decoding skills, and this prevents them from being able to read accurately, much less smoothly and quickly. Decoding accuracy is the first prerequisite to fluency.
As work in neurosciences indicates, the acquisition of literacy necessitated a new circuit in our species’ brain more than 6,000 years ago. That circuit evolved from a very simple mechanism for decoding basic information, like the number of goats in one’s herd, to the present, highly elaborated reading brain.
I am an apologist for the reading brain. It represents a miracle that springs from the brain’s unique capacity to rearrange itself to learn something new.
Fluency is the developmental process that connects decoding with everything we know about words to make the meaning of the text come to life. Fluency is a wonderful bridge to comprehension and to a life-long love of reading.
The attention span of children may be one of the main reasons why an immersion in on-screen reading is so engaging, and it may also be why digital reading may ultimately prove antithetical to the long-in-development, reflective nature of the expert reading brain as we know it.
It’s an individual waste and it’s an economic waste for Australia not to recognise dyslexia.
I have always worried about who can read, who can’t, who doesn’t, and the great, life-altering consequences hidden within those distinctions.
I don’t want technology to replace teachers, but where there are no teachers, or the teachers are overwhelmed, it can be helpful.
My work on what is called ‘deep reading’ explores the range of linguistic, cognitive, and affective processes that underlie not only the emergence of creative thought when we read but also the development and strengthening of capacities like empathy and critical analysis that we can apply to the rest of our lives.
I am an educator and neuroscientist who studies how the brain learns to read and what happens when a young brain can’t learn to read easily, as in the childhood learning challenge, developmental dyslexia.
Deep reading refers to a whole continuum of processes that include some of the most important things about thinking and how we connect thought to what we read – critical analysis, analogical reasoning, how we infer from the text, how do we take another’s perspective.
There are no genes or areas in the brain devoted uniquely to reading. Rather, our ability to read represents our brain’s protean capacity to learn something outside our repertoire by creating new circuits that connect existing circuits in a different way.
Look around on your next plane trip. The iPad is the new pacifier for babies and toddlers. Younger school-aged children read stories on smartphones; older boys don’t read at all, but hunch over video games. Parents and other passengers read on Kindles or skim a flotilla of email and news feeds.
The brain is constantly adapting.
I have no doubt that the digital immersion of our children will provide a rich life of entertainment and information and knowledge. My concern is that they will not learn, with their passive immersion, the joy and the effort of the third life, of thinking one’s own thoughts and going beyond what is given.
Typically, when you read, you have more time to think. Reading gives you a unique pause button for comprehension and insight. By and large, with oral language – when you watch a film or listen to a tape – you don’t press pause.
Reading requires the brain to rearrange its original parts to learn something new.
We have to move into the 21st century, but we should do so with great care to build a ‘bi-literate’ brain that has the circuitry for ‘deep reading’ skills and, at the same time, is adept with technology.
Each young reader has to fashion an entirely new ‘reading circuit’ afresh every time. There is no one neat circuit just waiting to unfold. This means that the circuit can become more or less developed depending on the particulars of the learner: e.g., instruction, culture, motivation, educational opportunity.
Reading is a bridge to thought.
We are not only what we read. We are how we read.
As a cognitive neuroscientist and scholar of reading, I am particularly concerned with the plight of the reading brain as it encounters this technologically rich society.
There are, no doubt, as many conceptualizations of the good life as there are lives that aspire to it, but surely one of the most important pathways to its achievement begins with the desire to seek what is good – for the self, for those we love, for ‘our neighbor,’ for our earth.
Skimming is fine for our emails, but it’s not fine for some of the important forms of reading.
Focused reading is so important, and I’m just as guilty as everyone. I have to force myself to slow down, often printing things out or using print as a medium for things that are most important or for things whose beauty would be lost if I use other modes of reading.
Every opportunity to practice is a gift to the developing reader. Practice, practice, practice, in every form and medium!
The integration of the simpler and the deeper reading processes is not automatic and requires years of learning by the novice reader, as well as extra milliseconds for any expert to read a more sophisticated text.
We are the worst of fools if we do not teach every child to become truly expert, deep readers.
The quality of our reading is not only an index of the quality of our thought; it is our best-known route to developing whole new pathways in the cerebral evolution of our species.
I want my thoughts to be an incentive for the reader to give his or her own thoughts. After I wrote ‘Proust and the Squid,’ I received truly hundreds of letters – I’m still receiving them – and the letters that I wrote back helped me formulate my thinking around things I know are important to others.
We would be the worst of fools if we would ever lose this extraordinary capacity to go beyond the limits of past thought and past prejudices.
What we read, how we read, and why we read change how we think.
We human beings were never born to read; we invented reading and then had to teach it to every new generation. Each new reader comes to reading with a ‘fresh’ brain – one that is programmed to speak, see, and think, but not to read.
No one can ever prepare a parent for two things: the immeasurable love that comes with having a child; and the sorrow and confusion that comes when your child appears to learn in a different way from other children.
The act of learning to read added an entirely new circuit to our hominid brain’s repertoire. The long developmental process of learning to read deeply changed the very structure of that circuit’s connections, which rewired the brain, which transformed the nature of human thought.
Children need to have both time to think and the motivation to think for themselves, to develop an expert reading brain, before the digital mode dominates their reading. The immediacy and volume of information should not be confused with true knowledge.
The acquisition of literacy is one of the most important epigenetic achievements of Homo sapiens. To our knowledge, no other species ever acquired it.
I work in a mix of areas and am informed by them all: child development, psycholinguistics, education, and most especially, cognitive neuroscience.
Digital technology can be a great resource, but it can also be a pernicious one, so it’s how we, as a society, really study the cognitive impact of that and use evidence-based research to go after the technology designers to do a better job of dealing with the problems of memory and attention we are seeing.
When we have any function, whether it’s language or vision or cognitive functions like memory, we aren’t dealing with a straight line to the brain that says ‘This is what I do.’ The brain builds a network of connections, a network of neurons that have a particular role in that function.
I want children to learn to develop deep reading skills in the beginning in print. I believe the physicality of print is much better in the beginning for children, and then help them learn how to use their deep reading skills on digital medium.
