Two years ago, the Albermarle County school system in Charlottesville, Virginia, moved forward with a rather bold experiment: They abandoned traditional explicit instruction in all summer school classrooms, replacing classic lesson plans with student-directed summer making programs, run as part of Maker Ed‘s Maker Corps program—an educational subset of the “maker movement” (a widespread cultural push to teach both kids and adults more hands-on and do-it-yourself skills).


“I have never believed that literacy is a matter of decoding alphabetic text,” says Ira Socol, Assistant Director for Educational Technology and Innovation for Albermale. And so far, he says, the summer making programs seem to be proving him right. “I was having this conversation with a child from rural poverty who was at summer school because he’d failed (badly) the state’s third-grade reading assessment,” Socol says. “He was building a suspension bridge from newspaper, and he said to me, ‘You have to understand, when you’re making a suspension bridge, the cables always have to be taut.’”

“Taut,” of course, was a word the student had struggled with on an assessment just a few months earlier. “Once language has purpose,” says Socol, “we can make literacy work.”

Increasing research suggests that to connect words with purpose, it helps to directly work with the hands; the connection between our hands and our words is a very old one. In his book The Hand: How Its Use Shapes the Brain, Language, and Human Culture, neurologist Frank Wilson argues that the evolution of our hands shaped the evolution of our brains, not the other way around. And this perspective is particularly critical for language development.

In The Hand, Wilson highlights findings that point to how “the verbal behavior of a child undergoes a long metamorphosis during which words that [signify objects] come increasingly to be manipulated and combined, just as real objects are manipulated and combined by the child.”

So block play may be more serious than we ever imagined. What Wilson’s research makes clear is how little attention mainstream education pays to the role that our hands have in learning how to communicate. Experiential learning, especially when it comes to our hands, is a deep but fairly new area of research, and its implications for childhood literacy are enormous. Wilson points out that:

“Every new human body, equipped with H. sapiens sapiens genes, is ‘adapted’ for this mode of learning. Touching, handling, taking apart, assembling, dropping, throwing, tasting, dropping into water, talking to, signaling and pretending with, carrying, cooking, etc. This is what children do with and through their hands, beginning in the first year of life and continuing to the end. The hand has become the central player in the human sensorimotor system—the closest thing we have to a ‘center of personal agency.’”

This approach to language development runs counter to how we’re used to thinking of literacy. But some curriculum developers have been paying attention. Developmental Studies Center (now called Center for the Collaborative Classroom), a small education publisher based out of Oakland, developed a vocabulary program for early learners called Making Meaning that incorporates constant use of physical action and description (a teacher might act out the word “ecstatic,” for example), and repeatedly calls on students to relate vocabulary words to their own lives.

The philosophy behind their program, says Dennis Binkley, an Associate Director of Program Development, comes straight from the work of education researchers like Dr. Isabel Beck, whose focus is on robust vocabulary instruction driven by experiential learning. “What it means to know a word is clearly a complicated, multifaceted matter, and one that has serious implications for how words are taught,” Beck says in her book Bringing Words to Life. Getting it right is crucial. She mentions studies that reveal how “vocabulary is tightly related to reading comprehension across the age span.”

In piloting Making Meaning, Binkley worked to incorporate teacher feedback that related how eager children typically were to use words that enabled them talk about their experiences. “So it was an effective way to both engage the students and help them learn and remember the words.” The approach is especially effective for English Language Learners, who, he points out, might struggle with verbal learning and discussion and “benefit from a kinesthetic approach to learning and instruction.”

Dr. Susan Goldin-Meadow also focuses on this area, especially when it comes to gestures. In her 2011 TEDx talk, she showed not just how we use gestures to communicate, but how gestures themselves can change the way we think. Goldin-Meadow’s research touches on the importance of gestures in, for example, corrupting eyewitness testimony. The way we use our hands changes the way we perceive reality—as well as how we create understanding in our own brains. Goldin-Meadow’s work shows that “gestures not only reveal what is on a child’s mind, but can also help change a child’s mind in order to support instruction and learning” [Ed. note: Emphasis in original.]

Making the link between this view of language—that it is a tool to be manipulated rather than an abstract concept—to how our hands can strengthen literacy is a powerful but not necessarily a new idea. The Soviet psychologist Lev Vygotsky’s work has long been instrumental in shaping child-centric or child-led programs. Vygotsky maintained that language was simply one of the tools we use to organize and mediate our experiences of the world, and that learning, to be effective, must be based on a child’s practical activities in the real world.

Tools of the Mind, which uses a Vygotskian approach to develop curricula involving make-believe play and “scaffolded writing” activities for kindergarteners and preschoolers, also uses symbols to promote self-regulation and executive function in young children. Tools of the Mind is often praised for teaching children to manage emotions and expectations, but it doesn’t just have an impact on classroom behavior. One low-income school that shared data with Tools of the Mind revealed that the percentage of students reading on or above grade level rose from 60 to 90 percent after the program had been in place for just one year.

Seeing words as manipulatable objects and our hands as the driver of our learning, is a way of thinking that can be slippery to get a handle on. Hands-on learning often needs more attention from educators than rote memorization and decoding, for example, and requires more thoughtful, non-standardized assessments, but looking at the examples like those from Binkley and Socol it’s clear that this approach to literacy comes from a deeper and more effective understanding of how humans use language and what for.

The best path to literacy might be very simple: use your hands and know that the words will follow.

  • Australia produces so much solar power that they’re giving three hours of it away each day for free
    Photo credit: CanvaSolar energy surpluses during the day offers Aussies free energy.

    In a time when energy costs are rising, Australia is taking a different approach. The country has acquired so much solar power that they’re giving it away. In fact, those who sign up for the program will get three free hours of energy each day.

    This comes from a government-run offer dubbed Solar Sharer. It offers a free three-hour period for those who sign up. This period runs from 11:00 a.m. to 2:00 p.m. in Queensland, Victoria and New South Wales. The period runs from noon to 3:00 p.m. in South Australia. 

    Free, but not unlimited, power

    While the power is free for those who are eligible and have a smart meter, there is a daily cap of 24 kilowatt-hours (kWh). Any amount above that will be charged. However, the energy cap is based on the Australian Energy Regulator’s assessment of what a five-person household uses each day. 

    While that free period each day provides a great window to use major appliances or charge electric cars, there are some catches. Solar Sharer isn’t yet available to residents outside those areas, but energy brokers are making similar offers. There is also no guarantee that electricity rates won’t get higher outside of those free periods either.

    Who benefits?

    The program is designed for those who are a part of a solar power grid. It also benefits people who work from home the most. If the people in the household are at their job or the office, they likely won’t be able to take advantage of the deal.  

    While Energy Consumers Australia supports this offer, they are concerned about how governments and retailers relay the information to customers. In short, they don’t want people to be surprised if their electricity rates are charged higher during the non-free periods. They’re also concerned that, by their measure, only three in 10 eligible people were aware of this offer.

    “We don’t want to have people signing up to these plans assuming it will decrease their bills, when in fact it could do the opposite,” the consumer advocacy group said to The Guardian.

    There is a chance that rates won’t get higher if more people are able to take advantage of Solar Sharer. Since most electricity use is during the evening when more people are home from work, changing up the usage towards daytime hours can benefit everyone. It would still be an uphill battle as electric light is mostly used in the evening and nighttime when it’s dark.

    Similar programs elsewhere

    While there are catches, this isn’t the first program of its type. There are similar successful free energy programs in other nations. Areas such as Germany and the Nordic countries create so much green energy through wind farms that they make similar free power offers. California has also offered government programs for low-income households and farmworkers housing cheap-to-free solar energy.

    While kinks definitely need to be sorted out, creating so much generated energy to the point that it can be given freely is a good problem to have.

  • Motorcyclist trapped under a 3,300 pound car saved by Australian car salesmen
    Photo credit: @ACurrentAffair9 on YouTubeA man was saved from being crushed under a car.

    Tyler Wiebe was on his way to work on his motorcycle in Brisbane, Australia. Then a car approached in the wrong way in traffic, colliding with another car that then hit Wiebe. The accident threw Wiebe off his bike and under a car. He was trapped under the 3,300-lb. vehicle, doomed until a group of salesmen and onlookers came to his rescue.

    “I was being dragged and when it stopped, my head and chest were under the car,” Wiebe said to the Australian Broadcasting Corporation. The crash and being pinned down under the vehicle gave Wiebe several injuries. He suffered broken ribs, a broken collarbone, and a collapsed lung.

    But that would be diagnosed later. At the time, the car’s weight was crushing Wiebe to the point that he couldn’t breathe. His heart was also unable to beat, the pressure causing his eyes, mouth, and nose to bleed.

    “Initially it was ‘can I get out?’ and then it was ‘man I am dying, this is it,’” recalled Wiebe. “[My] wife and two kids are not here, and this is it.”

    Hope comes in the form of a car salesman

    After being stuck for two minutes under the car, help arrived from the nearby Auto Request Kedron, a used car dealership.

    “I was in the office at the time, so I heard the bang [and] came running to the doors,” Mick, one of the employees, said to A Current Affair.

    “I realized there was someone trapped under the car,” fellow employee Rob added.

    They rushed into action, recruiting other coworkers to help.

    “[I] saw Rob running and he was just whistling out saying, ‘Hey, boys, hurry up,’ ” Corbin recalled. “I remember seeing him, just like two legs. They weren’t moving at that time.”

    The salesmen tried to lift the vehicle up to get Wiebe to safety, but the car wouldn’t budge.

    “We tried to lift it off. We couldn’t, and then on the second attempt, we had a couple of other good Samaritans come and help us,” said Brian, another employee of Auto Request Kedron.

    Reportedly 15 people were finally able to lift the car and free Wiebe underneath. He was rushed to the hospital where he went under emergency operations. Under hospital care, Wiebe’s condition stabilized and he survived. Had he been under that car any longer, the worst would have happened.

    Wiebe was humbled and grateful to the salesmen and others who stepped up to save him.

    “I get more time with my daughters, I get more time with my family and a second lease on life, so just thank you, thank you,” Wiebe said in his hospital bed.

    Certified legends

    When he was discharged from the hospital, Wiebe set up a reunion with the employees of the used car dealership. He was able to introduce his family to his rescuers and thank them face-to-face. Wiebe presented them with matching t-shirts, each one with a logo reading “Certified Legend” on the front and an illustration of a person lifting a car over their head on the back.

    “You guys are legends, but now you’re certified legends,” Wiebe said to his heroes.

    A father and husband was saved thanks to the alertness and quick action of the nearby community.

  • Texas engineers develop a jacket that pulls fresh drinking water out of thin air
    Photo credit: @fascinatingonX/CanvaWearing this jacket could help keep people hydrated.

    For too many, access to clean drinking water is incredibly difficult. According to the World Health Organization, over two billion people live in water-stressed areas due to pollution, climate change, or population growth. However, engineering experts in Texas have developed a possible solution: just put on a jacket.

    The engineers and researchers gathered at the University of Texas at Austin developed a prototype jacket that can pull drinking water out of thin air. The jacket could help anyone frequently in areas where drinkable water is scarce. This could be used recreationally by campers, hikers, and runners—but it could also save lives. Emergency responders, soldiers, and agricultural workers could also collect water for themselves and others simply by wearing it.

    The technology behind the jacket is similar to the materials used in netting for water harvesting of air and fog. This time, however, the idea is to collect water while also being mobile.

    “Water harvesting from air is usually imagined as a stationary device such as a box, a panel or a large sorbent bed,” said Guihua Yu, chair professor of the Cockrell School of Engineering’s Walker Department of Mechanical Engineering and Texas Materials Institute. “Here, we wanted to rethink the form of the technology. If the fabric itself can collect water from air, it opens a new direction for personal and portable water access.”

    How does this jacket collect water?

    The textile used to create the jacket was derived from a device the same team created. That device was a specially engineered hydrogel fabric made from biomass-derived materials. This hydrogel fabric takes moisture from the air and then releases it as water via condensation when it’s heated by sunlight. The water can easily be collected.

    The jacket’s textile collects moisture from the air and funnels it into detachable harvesting units. The units can be placed into a foldable collector piece where they are heated to produce water. The material and system doesn’t just absorb water like other materials. Instead, it actively converts vapor into water while functioning as a piece of protective clothing.

    The jacket is able to produce between 400 to 900 milliliters of drinkable water daily. This is a vast improvement upon other similar inventions that yielded less water and were significantly bulkier to wear. The jacket’s material could collect and produce more water over time and testing, depending on the humidity of the terrain.

    Aside from creating clothing out of the material, the researchers hope to make backpacks, tents, emergency shelters, and other outdoor gear from it. The hope is that this could create more clean water access for disaster response units and everyday people living in water-stressed areas alike.

    How much hydration do you need in the heat?

    Until water-collecting jackets are commercially available, it’s important to have drinkable water nearby at all times, especially during the summer. When out in the heat, the Center for Disease Control recommends having a drink of water before working outdoors. Then drink a cup of water every 15 to 20 minutes. This can help keep your body cool and hydrated to prevent heat stroke. That said, stay alert and stay indoors if there is a heat warning in your area.

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