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The three short videos below were recorded in Denver at an ISTE session entitled "1-to-1 Laptop Program Success Stories: Common Themes from Diverse Implementations."  It was a panel discussion with three presenters with extensive 1:1 experience. Mike Muir, Cyndi Danner-Kuhn, and Sam Farsaii. 

Jump’s work has elements of management consulting and a bit of design-firm draftsmanship, but its specialty is conceiving new businesses, and what it sells is really the art of innovation. The company is built on the premise that creative thinking is a kind of expertise. Like P.&G. and Mars, you can hire Jump to think on your behalf, for somewhere between $200,000 to $500,000 a month, depending on the complexity and ambiguity of the question you need answered. Or you can ask Jump to teach your corporation how to generate better ideas on its own; Jump imparts that expertise in one- and five-day how-to-brainstorm training sessions that can cost $200,000 for a one-day session for 25 employees.

What’s clear is that in recent years, much of corporate America has gone meta — it has started thinking about thinking. And all that thinking has led many executives to the same conclusion: We need help thinking. A few idea entrepreneurs, like Jump, Ideo and Kotter International, are companies with offices and payrolls. But many are solo practitioners, brains for hire who lecture at corporations or consult with them regularly. Each has a catechism and a theory about why good ideas can be so hard to come by and what can be done to remedy the situation.

“We’re not only blind to certain things, but we’re blind to the fact that we’re blind to them.”

Sandseter began observing and interviewing children on playgrounds in Norway. In 2011, she published her results in a paper called “Children’s Risky Play From an Evolutionary Perspective: The Anti-Phobic Effects of Thrilling Experiences.” Children, she concluded, have a sensory need to taste danger and excitement; this doesn’t mean that what they do has to actually be dangerous, only that they feel they are taking a great risk. That scares them, but then they overcome the fear. In the paper, Sandseter identifies six kinds of risky play: (1) Exploring heights, or getting the “bird’s perspective,” as she calls it—“high enough to evoke the sensation of fear.” (2) Handling dangerous tools—using sharp scissors or knives, or heavy hammers that at first seem unmanageable but that kids learn to master. (3) Being near dangerous elements—playing near vast bodies of water, or near a fire, so kids are aware that there is danger nearby. (4) Rough-and-tumble play—wrestling, play-fighting—so kids learn to negotiate aggression and cooperation. (5) Speed—cycling or skiing at a pace that feels too fast. (6) Exploring on one’s own.

This last one Sandseter describes as “the most important for the children.” She told me, “When they are left alone and can take full responsibility for their actions, and the consequences of their decisions, it’s a thrilling experience.”

the final irony is that our close attention to safety has not in fact made a tremendous difference in the number of accidents children have.

Research suggests that the most creative children are the least likely to become the teacher’s pet, and in response, many learn to keep their original ideas to themselves.

What holds them back is that they don’t learn to be original. They strive to earn the approval of their parents and the admiration of their teachers.

only a fraction of gifted children eventually become revolutionary adult creators,

1) A shift from education to learning

2) A shift from consumption of information to participatory learning

3) A shift from institutions to networks

Scientists and development experts across the globe are racing to increase food production by 50 percent over the next two decades to feed the world’s growing population, yet many doubt their chances despite a broad consensus that enough land, water and expertise exist.

The number of hungry people in the world rose to 1.02 billion this year, or nearly one in seven people, according to the United Nations Food and Agriculture Organization, despite a 12-year concentrated effort to cut the number.

Agronomists and development experts who gathered in Rome last week generally agreed that the resources and technical knowledge were available to increase food production by 50 percent in 2030 and by 70 percent in 2050 — the amounts needed to feed a population expected to grow to 9.1 billion in 40 years.

“A program officer from a foundation recently asked me, ‘Is the work you’re doing STEM education or science education?’ ” said Elizabeth Stage, the director of the Lawrence Hall of Science at the University of California, Berkeley. “I drew him a Venn diagram, showing him what’s central about science and how that overlaps with technology, engineering and math.” Dr. Stage, a mathematician by training, thinks it’s a “false distinction” to “silo out” the different disciplines, and would much prefer to focus on what the fields have in common, like problem-solving, arguing from evidence and reconciling conflicting views. “That’s what we should have in the bulls’-eye of our target,” she said.

Yet others don’t frame the word “science” so narrowly, as the province of the given rather than of the forged. Science has always encompassed the applied and the basic, and the impulses to explore and to invent have always been linked. Galileo built a telescope and then trained it on the sky. Advances in technology illuminate realms beyond our born senses, and those insights in turn yield better scientific toys. Engineers use math and physics and the scientific mind-set in everything they design; and those who don’t, please let us know, so we can fly someone else’s airplane and not cross your bridge when we come to it. Whatever happened to the need for interdisciplinary thinking? Why promote a brand that codifies atomization? Besides, acronyms encourage rampant me-tooism. Mr. Dyak said that some have lobbied for the addition of medicine to the scholastic program, complete with a second M. “It’s called STEM squared,” he said. Even the arts are hankering for an orthographic position, he added. STEAM education: great books, labs and motherboards, and free rug cleaning, too.