برچسب: superpower

  • Why focus is a superpower in the classroom: A Q&A with author Doug Lemov

    Why focus is a superpower in the classroom: A Q&A with author Doug Lemov


    A first-grade boy and his kindergarten friend read together on a bench outside. Credit: Allison Shelley for American Education

    Credit: Allison Shelley for American Education

    Attention must be paid. Amid the worsening literacy and numeracy crises in our schools, Doug Lemov, former teacher, education expert and author of the bestseller “Teach Like a Champion,” believes that there should be far greater awareness of what the research says about how the brain works, that parents and teachers should know how kids learn best. 

    Funny, warm and unassuming, Lemov recently took a few minutes away from his latest book to hold forth on how we can better connect what we know about cognition with what we do in the classroom. These insights into the science of learning shape the way he thinks about everything from focus to engagement, from the use of cellphones at school to why kids should read entire books, and not just passages, to fuel reading comprehension.

    Is it possible that diminished student focus is part of why test scores have cratered? Could it be one cause of the literacy and numeracy crises?

    Yes. On two levels. Attention is always the currency of learning. To learn something you first have to pay attention to it and sustain that attention. When attention is fractured, both learning and performance are lowered. And, of course, a habit of paying lesser attention reduces long-term learning. So, students both learn less and can produce poorer versions of what they do know when their focus is diminished.

    Why might cellphones and other devices in the classroom diminish focus?

    They are designed by the sharpest minds in society to do just that. They are designed to disrupt and reroute attention to the things on your phone. That is the business model: to get eyeballs. To do that you have to create a malleable consumer.

    And humans are inclined to respond to new and unexpected stimuli. We evolved to do this because the new and unexpected is often — or was often — important in terms of survival. Hear a new noise in the woods you’ve never heard before? If you want your progeny to pass down into modernity, you’d better pay particular attention.

    We are also especially responsive to “variable, unpredictable rewards” —we want affirmation —we are wired to be social because we are weak as individuals and could never compete with other species and only survived evolution because we banded together.

    Group formation is an evolutionary imperative. We are hypersensitive to whether we are still liked and loved by the group because if not, we know we are at risk. Unpredictable and variable rewards hack that system. We’re always wondering if we’ve gotten those “likes” … and when we do, we get a little dopamine hit in our brains. And, in the end, the brain is neuroplastic. It wires how it fires. If you are constantly distracted, constantly seeking affirmation, you come to need the distraction and the affirmation, to be wired to expect it.

    First you need your cellphone close to you all the time, but after a while your cellphone is within you. Its influence is wired into you even when it’s not there.

    And would removing cellphones also help build student engagement?

    It would help students to pay far better attention and to rebuild attentional skills. And it would reduce the anxiety of the shadow world of social media. My daughter’s school banned cellphones this year. She was not happy because she loves to listen to music. And she suspected I might have had something to do with it. So she was upset the first week. But on Friday she came to me and said: “Dad, don’t let this go to your head, but I can’t believe how much happier and less stressed I am without my phone. It’s just like this thing that was always on my mind is gone.”

    What is important to understand about cognition, how working memory functions, for example, when teaching kids how to read or do math?

    Working memory is the brain’s ability to think actively and consciously about something. It’s definitely a superpower, and its effectiveness is directly tied to attentional skills and focus. But learning is, a cognitive scientist would say, a change in long-term memory. In fact, we don’t learn most of the things we think about. We forget instead. And again, attention is one of the key drivers of the process of encoding — which is getting what we think about into our long-term memory.

    Why does background knowledge matter?

    Reading comprehension is not a set of formalistic skills. Practicing making inferences about “Tuck Everlasting” won’t help me make inferences about “Little House on the Prairie” because resolving the ambiguity in any text demands background knowledge. You make the inference that something special is happening in town when you are reading “Little House” because the girls are taking baths on a Wednesday evening. And if you know that people on the prairie in the 19th century only bathed for church on Sunday and on special occasions — because taking a bath required you to bring water up from the well and chop wood to heat it pan by pan, and so it was incredibly labor intensive — if you know that, you make the inference, and if you don’t, you don’t. So once students are fluent readers, background knowledge is the single biggest influence on comprehension.

    Why is it important for kids to read whole books, instead of just reading passages, to foster reading comprehension? 

    Life is complex. A book is a long-form reflection on a topic. A narrator almost never sees the world at the end the way he or she does at the beginning. Understanding the world takes 200 pages, and that is actually a better reflection of the humility and depth it takes to navigate the world than the belief that we can tell the story of our lives fully in radically truncated forms.

    You can only read fully if you understand “voice” … who is this person speaking to me, and how do they communicate? What are the gaps between what they say and what they are? A long-form relationship with a sustained narrative voice is necessary for the deepest forms of comprehension. 

    Why do we read less deeply online? If there is less brain activation from reading on screen, as some research suggests, why don’t we encourage kids to read printed books? 

    I’m not sure why we don’t, but maybe we need a short pithy phrase to remind ourselves that learning and reading are better without screens. So my phrase is: high text; low tech.





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  • Is creativity a superpower in early education?

    Is creativity a superpower in early education?


    Credit: Zaidee Stavely/EdSource

    Singing the ABC song. Learning the days of the week from a nursery rhyme. Making a finger-painted collage of little handprints. 

    Arts education has always been center stage in early education because little children are naturally creative, filled with wonder and the burning desire to express themselves. Arts and crafts not only help nurture a child’s natural imagination, they also boost small motor skills, sharpen hand-eye coordination and feed the insatiable need to play. 

    “Children don’t just play, they learn fundamental skills through play,” said Daniel Mendoza, a Placer County-based visual artist and specialist in early childhood education art practices. “Children are in a creative mindset all the time.”

    While this may well be as true for teenagers as it is for toddlers, there is far more time and space allotted for playfulness in the early grades, when the crucial role of play in particular and creativity in general has long been a matter of common sense.

    “Really, I’m just a common-sense professor, and somehow it became rogue,” said Kathryn Hirsh-Pasek, a professor of psychology at Temple University and an expert in the key role of play in learning. “What if we taught children the way we know the brain learns?”

    Bringing joy back into the classroom is also what motivates Cindy Hoisington, an early childhood expert who specializes in reaching out to children from historically marginalized communities at the Education Development Center (EDC), a national education nonprofit.

    “This is not anything new, knowing that play is so critical to children, whether it’s dramatic play, building play, creative arts play or physical play,” said Hoisington, a STEM expert who taught preschool for decades. “But as soon as they hit kindergarten and first grade, there’s this dichotomy that sets in. Play is something you get to do after you do the learning when, in fact, we know that play is an incredible vehicle for learning.”

    Play, some experts suggest, may be the superpower of the young. A growing body of research suggests that play may even be a way to help close achievement gaps. One report, analyzing 26 studies from 18 countries, found that in communities from Rwanda to Ethiopia, children got higher learning boosts in literacy, motor skills and social-emotional development when attending child care centers that use a mix of instruction and free play as opposed to those focused solely on academics.

    “Children are so naturally, intuitively ready with their curiosity, their motivation to explore the world and everything in it, to the point where that’s why the twos are so terrible, because you’re constantly chasing after them,”  said Hoisington, who helps evaluate digital media for PBS. “Science, for instance, tends to have a bad rap as this dry body of knowledge that we have to learn, but really it’s a process of exploration that is very much integral with play.”

    Tapping into that spirit of discovery with hands-on experiences is often best, experts say. Curiosity burns brightest in the early years, so letting kids loose to investigate the world is part of building a rich, play-based learning environment.

    “Where young children are free to investigate by observing, touching and acting on the objects in their world,” said Deborah Stipek, an expert in early childhood at Stanford University.  “This is how they learn about the world — for example, that some objects float and some sink. Through their own experimentation and observation, they may even arrive at hypotheses about the qualities that differentiate the two.” 

    From “The Wheels on the Bus” to “Baby Shark,” kiddos love to sing and love to learn, so why not teach through music? Singing the “Old MacDonald had a Farm” song can be educational, experts say, as well as a ritual for community building. Children can take turns deciding on which animal to pick, which builds vocabulary as well as sharing skills.

    “Young children learn best by doing,” said Stipek. “Counting objects is better than counting dots on a worksheet because they can move the objects to help them keep track of how many they have counted. Worksheets are not all bad. They can provide opportunities to practice and consolidate skills. But children don’t develop new skills doing worksheets, and they are typically not nearly as engaging and fun.”

    Tracing the alphabet in shaving cream or making tin-foil sculptures may seem like basic exercises, but they often teach sophisticated concepts. Playing make-believe games can teach numerous skills at once. Pretend restaurants need someone to write a menu, calculate a bill and greet diners, fostering literacy, numeracy and special-emotional learning all in one game, Hoisington notes.

    Songs are a clever way to remember stuff because they make memorization easy and fun for little ones. Melodies and rhymes make the most of our limited working memory to help children embed basic facts into their long-term memory, bolstering depth of cognition. 

    “I still sing the ABC song in my head sometimes, if I want to know which letter comes before which letter,” admits Hoisington.

    What’s often missed in the discussion of the role of play is that older children also need time for creativity and free play, as well as the arts. While there is much talk about the need to engage students, there is little focus on low-hanging fruit like increasing time for arts, sports and recess. Putting too much emphasis on academic skills in isolation undercuts the love of learning, some warn.

    “Kids try to buck it, but certainly by first grade we’ve started to ruin them,” said Hirsh-Pasek. “We pound the curiosity right out of kids.”

    Mendoza firmly believes teachers should be guides to adventure instead of taskmasters. 

    “You don’t have to be a dictator,” as he puts it, “you can be a Sherpa.”

    So, why doesn’t the role of play get more respect in education? Why do we emphasize test scores over deep learning?

    “We got to this place because people are scared,” said Hirsh-Pasek. “They’re feeling like they’re losing control, and they want to make sure their kid is ahead. We push it younger and younger and younger, and as we do that, we’re creating a situation where our kids are anxious wrecks and the parents are anxious wrecks.”

    Some experts suggest that children need more time for play and creativity in the wake of the pandemic, not less. Credit: Lillian Mongeau / EdSource

    Too few teachers and parents are aware that play helps build the architecture of the growing brain, experts say.

    “Play is not frivolous; it enhances brain structure and function and promotes executive function (i.e., the process of learning, rather than the content), which allow us to pursue goals and ignore distractions,” as an American Academy of Pediatrics report put it. “When play and safe, stable, nurturing relationships are missing in a child’s life, toxic stress can disrupt the development of executive function and the learning of prosocial behavior; in the presence of childhood adversity, play becomes even more important.”

    Some experts fear that the laser focus on falling test scores in recent years has led to a decrease in playful learning. They suggest that children need more time for play in the wake of the pandemic, not less. Amid the crisis of chronic absenteeism, engaging students on a compelling level may be more vital than ever.

    Creativity is the secret formula, experts say, in a world where machines will always compute faster than humans. Drill and kill won’t help children master high-level intellectual inquiry and conceptual analysis.

    “You have to ask yourself, what’s it going to take to outsmart the robots?” as Hirsh-Pasek put it. “We need kids who don’t just memorize and take tests well, which AI will do better than our kids ever will. We need kids to be explorers and problem solvers.”





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