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" He is a professor and educator named Sugata Mitra, famous for having put a computer in a hole in a wall in a slum in India and discovering that, left alone, children can teach themselves an amazing amount, starting with technical literacy. "In nine months a child left alone with a computer would reach the same standard as an office professional in the West," he said in his TED talk last night after accepting the prize."

"The akashic records are described as containing all knowledge of human experience and the history of the cosmos. They are metaphorically described as a library; other analogies commonly found in discourse on the subject include a "universal supercomputer" and the "Mind of God". People who describe the records assert that they are constantly updated automatically and that they can be accessed through astral projection[1] or when someone is placed under deep hypnosis. The concept was popularized in the theosophical movements of the 19th century and is derived from Hindu philosophy of Samkhya. It is promulgated in the Samkhya philosophy that the Akashic records are automatically recorded in the elements of akasha one of the five types of elements visualized as existing in the elemental theory of Ancient India, called Mahabhuta. In the Mahabharata mention is made of Chitragupta (lit. "hidden picture"). "

"In his new book To Sell is Human, author Daniel Pink reports that education is one of the fastest growing job categories in the country. And with this growth comes the opportunity to change the way educators envision their roles and their classrooms. Guided by findings in educational research and neuroscience, the emphasis on cognitive skills like computation and memorization is evolving to include less tangible, non-cognitive skills, like collaboration and improvisation. Jobs in education, Pink said in a recent interview, are all about moving other people, changing their behavior, like getting kids to pay attention in class; getting teens to understand they need to look at their future and to therefore study harder. At the center of all this persuasion is selling: educators are sellers of ideas."

"Spaced Learning is a learning method in which the condensed learning content is repeated three times, with two 10-minute breaks during which distractor activities such as physical activities are performed by the students.[1] It is based on the temporal pattern of stimuli for creating long-term memories reported by R. Douglas Fields in Scientific American in 2005.[2] This 'temporal code' Fields used in his experiments was developed into a learning method and tested by Paul Kelley as reported in Making Minds[3] in 2008."

It is not uncommon for true visionaries to perform poorly in the constraints of a classroom. No matter how progressive the teacher, a classroom has a certain level of restriction. Teachers have preconceived notions about what students need to learn and how they should learn it. The most forward-thinking, creative students often tend to be frustrated by those restrictions. As a result, they are limited by instructors who cannot accept, or do not want to accept, new possibilities. Shortly after Sir John Gurdon won the Nobel Prize for Physiology or Medicine this year, a report circulated that had been written by one of his high-school biology teachers. The report lambasted the young scientist, stating: "Several times he has been in trouble, because he will not listen, but will insist on doing his work in his own way." This perfectly illustrates how teachers can fail to recognize a new way of thinking. In our most obstinate moments, the mere suggestion that a student can do something contrary to the way we teach it and still become successful is inconceivable.

"The big theme of Mr. Shirky's talk was openness. Taking advantage of technology, he argued, will require "doing more sharing than we're used to and then learning to live with results." He underscored the power of sharing with an anecdote about what happened when the Smithsonian Institution made a cache of photographs available on Flickr, the photo-sharing site. Users catalogued the archive with tags that reflected an unpredictable range of interests, including facial hair, the history of photography, and the fiction genre known as Steampunk. "There's all kinds of hidden value in our systems which you can't even understand until you open them up to see what people do with them," Mr. Shirky said. "The thing that drives me craziest in conversations with large institutions about large data sets is they want to know in advance what will happen. Why should we open up our data? To which the answer is, you open up your data to see where the value is. It's the value you can't even predict until you try it that you get back.""

"He compares traditional teaching to "giving people thousands of rubber mallets and asking them to drill a hole through a mountain." He said, "We need nitroglycerine." His "nitroglycerine" is Saylor.org, a nonprofit online university he backs as sole trustee of the Saylor Foundation. Saylor's model is to offer students a free, one-stop shop for self-paced college courses. Saylor.org aggregates free content offered by open-source providers like MIT OpenCourseWare and Open Yale Courses, and groups it so that students can pursue a continuous sequence of courses in a major. The model takes a different approach than that of high-profile providers of massive open online courses, or MOOC's, mainly in its role as an aggregator of online content into comprehensive courses. Instead of following a professor through a series of video lectures and peer-graded exercises on Coursera, for example, students in Saylor courses read, listen to, and watch material from different sources and grade themselves using answer keys."

"Focus Forward films highlight exceptional people and world-changing ideas that are impacting the course of human development, changing our lives for the better. We are looking for professional quality 3-minute stories about visionaries and thinkers and in some cases everyday folks who have brought a quantum leap to human progress by their efforts and inventions. Your film may encompass anything from jaw-dropping medical advancements to renewable energy breakthroughs; open-source architecture to the development of wireless technologies in Third World countries; computer programming wizardry to sci-fi-worthy robotics; or any other sphere of art and knowledge that inspires you. We're especially interested in the accomplishments of inventors, engineers, educators, surgeons, scientists, techies, artists, programmers, backyard tinkerers-i.e. anyone making a difference, utilizing their skills and vision to innovate, share their work, and help sow the seeds of a brighter future."

"Educational technology companies and entrepreneurs may face the risk of a "tech bubble," similar to the massive boom-and-bust that rocked the technology market in the late 1990s, according to market analysts and a recently released paper. A relatively new focus on K-12 educational technology as an investment vehicle, a surge of investors looking to cash in on the latest innovations, and fewer barriers to developing an ed-tech business have merged in ways that have some market observers wary of what's ahead. The flurry of activity is prompting comparisons to the dot-com crash of the late 1990s, which brought the failure of many technology-related businesses that had drawn huge sums of money from investors. "

Education Applications (EA) Proposal Due Date: Decemeber 03, 2012 Please all inquiries about this topic to Glenn Larsen (glarsen@nsf.gov) Administrative Information The required 400-word project summary should discuss the intellectual merit and broader impact in two separate ~200 word paragraphs that specifically answer the following questions: Paragraph 1) Intellectual merit: What is the problem to be solved? How will the problem be solved? What is the specific innovation in the proposed approach? Paragraph 2) Broader impacts: Why is your solution better than competitive technologies? Who is going to buy your solution? Who are the other key players? Tools that build real-time information from data-mining on complexity, diversity, and similar types of information to generate knowledge that can be used to revise curricula, teaching, and assessment such as in learning analytics. Gesture-based computing applications that enable collaborative work with multiple students interacting on content simultaneously. Education tools that benefit from objects having their own IP address or location based services for new types of communications, assistive technologies, and new applications of benefit primarily to education.

"A recent blog by Grant Wiggins affirmed what I have long believed about creativity: it is a 21st-century skill we can teach and assess. Creativity fosters deeper learning, builds confidence and creates a student ready for college and career. However, many teachers don't know how to implement the teaching and assessment of creativity in their classrooms. While we may have the tools to teach and assess content, creativity is another matter, especially if we want to be intentional about teaching it as a 21st-century skill. In a PBL project, some teachers focus on just one skill, while others focus on many. Here are some strategies educators can use tomorrow to get started teaching and assessing creativity -- just one more highly necessary skill in that 21st-century toolkit. "

"Antero is an Assistant Professor in the English department at Colorado State University in Fort Collins, CO. Antero's research focuses on developing critical literacies and civic identity through the use of mobile media and game play in formal learning environments. "

"In my previous blog post, the architecture of learning, I outlined some of the key characteristics of learning in a digital age, and started to identify some of the main differences between Learning 1.0 (before social media) and Learning 2.0. In the summary of the article,"

Voyager Academy Charter School in Durham, NC is a project-based learning school that currently has about 1,250 students across grades K-11. We started with 320 students in grades 4-7 in 2007 and have grown exponentially. This upcoming school year we will add 12th grade and complete our growth.

"In 2020, the annual amount of digital data created, replicated and consumed will total more than 5,200 gigabytes for every man, woman and child on the planet, according to a new International Data Corp. report. That's 50 times the amount of per-person data than in 2010. Once it's consumed, almost all of the rough information today effectively vanishes in the overall ocean of data. Yet within the data are tidbits of facts on customers, suppliers and business operations that, if linked, could prove useful or even profitable. Seeing the potential, some businesses are sizing up the trove - the data they control and other's. We are on the cusp of the data wars."

"David Preston holds a Ph.D. in Education Policy from the UCLA Graduate School of Education & Information Science. He has taught at universities and graduate institutes and consulted on matters of learning and organizational development for 20 years. For the past seven years, David has also taught English for students of all ability levels in grades 9-12 in Los Angeles and on California's central coast. "

The Evolution of Cognition William L. Benzon and David G. Hays Abstract: With cultural evolution new processes of thought appear. Abstraction is universal, but rationalization first appeared in ancient Greece, theorization in Renaissance Italy, and model building in twentieth-century Europe. These processes employ the methods of metaphor, metalingual definition, algorithm, and control, respectively. The intellectual and practical achievements of populations guided by the several processes and exploiting the different mechanisms differ so greatly as to warrant separation into cultural ranks. The fourth rank is not completely formed, while regions of the world and parts of every population continue to operate by the processes of earlier ranks.

"I would like to open by paraphrasing Dobzhanzky's well-known title (1973) and assert that nothing in human psyche and society makes sense except in the light of cultural evolution. Having written the paraphrase I must confess that, alas, I cannot affirm it. The study of cultural evolution will not yet support such an assertion. It is too scattered and incomplete. Yet I believe that such a paraphrase indicates the proper scope for a robust investigation of cultural evolution. Accordingly I'll offer a few observations on what we must do to move in that direction."

While the structure of a charrette varies, depending on the design problem and the individuals in the group, charrettes often take place in multiple sessions in which the group divides into sub-groups. Each sub-group then presents its work to the full group as material for future dialogue. Such charrettes serve as a way of quickly generating a design solution while integrating the aptitudes and interests of a diverse group of people. Compare this term with workshop.

The Worst Consequence of Your Best Ideas You have to wonder why desks in rows and textbooks on the desks have survived as long as they have as the dominant instructional model when so few people think that it's actually a good way to teach and learn. And then you realize that while it never goes all that right, it rarely goes all that wrong either. Teachers don't usually get in trouble when administrators walk into their classroom and see kids with books open, doing work, even if the work isn't worth doing. And all those other ideas that we love so much - inquiry, project-based learning, technology, real world application of student work - they get so… messy. And something always seems to go wrong. And we have to face that education is a somewhat reactionary field to work in. The death of so many good ideas is when something goes wrong and someone decides that we should never do that again.