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Every day we are exposed to huge amounts of information, disinformation, and just plain nonsense. The ability to distinguish fact from factoid, reality from fiction, and truth from lies is not a "nice to have" but a "must have" in a world flooded with so much propaganda and spin.

For example, for many years, the dominant U.S. culture described the settling of the American West as a natural extension of manifest destiny, in which people of European descent were "destined" to occupy the lands of the indigenous people. This idea was, and for some still is, one of our most enduring and dangerous collective fabrications because it glosses over human rights and skirts the issue of responsibility. Without critical reflection, we will continually fall victim to such notions.

A second element of the 21st century mind that we must cultivate is the willingness to abandon supernatural explanations for naturally occurring events.

The third element of the 21st century mind must be the recognition and acceptance of our shared evolutionary collective intelligence.

To solve the 21st century's challenges, we will need an education system that doesn't focus on memorization, but rather on promoting those metacognitive skills that enable us to monitor our own learning and make changes in our approach if we perceive that our learning is not going well.

Metacognition is a fancy word for a higher-order learning process that most of us use every day to solve thousands of problems and challenges.

We are at the threshold of a worldwide revolution in learning. Just as the Berlin Wall fell in 1989, the wall of conventional schooling is collapsing before our eyes. A new electronic learning environment is replacing the linear, text-bound culture of conventional schools. This will be the proving ground of the 21st century mind.

We will cease to think of technology as something that has its own identity, but rather as an extension of our minds, in much the same way that books extend our minds without a lot of fanfare. According to Huff and Saxberg, immersive technologies—such as multitouch displays; telepresence (an immersive meeting experience that offers high video and audio clarity); 3-D environments; collaborative filtering (which can produce recommendations by comparing the similarity between your preferences and those of other people); natural language processing; intelligent software; and simulations—will transform teaching and learning by 2025.

So imagine that a group of teachers and middle school students decides to tackle the question, What is justice? Young adolescents' discovery of injustice in the world is a crucial moment in their development. If adults offer only self-serving answers to this question, students can become cynical or despairing. But if adults treat the problem of injustice truthfully and openly, hope can emerge and grow strong over time. As part of their discussion, let's say that the teachers and students have cocreated a middle school earth science curriculum titled Water for the World. This curriculum would be a blend of classroom, community, and online activities. Several nongovernmental organizations—such as Waterkeeper, the Earth Institute at Columbia University, and Water for People—might support the curriculum, which would meet national and state standards and include lessons, activities, games, quizzes, student-created portfolios, and learning benchmarks.

The goal of the curriculum would be to enable students from around the world to work together to address the water crisis in a concrete way. Students might help bore a freshwater well, propose a low-cost way of preventing groundwater pollution, or develop a local water treatment technique. Students and teachers would collaborate by talking with one another through Skype and posting research findings using collaborative filtering. Students would create simulations and games and use multitouch displays to demonstrate step-by-step how their projects would proceed. A student-created Web site would include a blog; a virtual reference room; a teachers' corner; a virtual living room where learners communicate with one another in all languages through natural language processing; and 3-D images of wells being bored in Africa, Mexico, and Texas. In a classroom like this, something educationally revolutionary would happen: Students and adults would connect in a global, purposeful conversation that would make the world a better place. We would pry the Socratic dialogue from the hands of the past and lift it into the future to serve the hopes and dreams of all students everywhere.

There has never been a time in human history when the opportunity to create universally accessible knowledge has been more of a reality. And there has never been a time when education has meant more in terms of human survival and happiness.

To start, we must overhaul and redesign the current school system. We face this great transition with both hands tied behind our collective backs if we continue to pour money, time, and effort into an outdated system of education. Mass education belongs in the era of massive armies, massive industrial complexes, and massive attempts at social control. We have lost much talent since the 19th century by enforcing stifling education routines in the name of efficiency. Current high school dropout rates clearly indicate that our standardized testing regime and outdated curriculums are wasting the potential of our youth.

If we stop thinking of schools as buildings and start thinking of learning as occurring in many different places, we will free ourselves from the conventional education model that still dominates our thinking.

The real promise of online education, experts say, is providing learning experiences that are more tailored to individual students than is possible in classrooms. That enables more “learning by doing,” which many students find more engaging and useful.

“People are correct when they say online education will take things out the classroom. But they are wrong, I think, when they assume it will make learning an independent, personal activity. Learning has to occur in a community.

This distinction between "skills that are novel" and "skills that must be taught more intentionally and effectively" ought to lead policymakers to different education reforms than those they are now considering. If these skills were indeed new, then perhaps we would need a radical overhaul of how we think about content and curriculum. But if the issue is, instead, that schools must be more deliberate about teaching critical thinking, collaboration, and problem solving to all students, then the remedies are more obvious, although still intensely challenging.

To complicate the challenge, some of the rhetoric we have heard surrounding this movement suggests that with so much new knowledge being created, content no longer matters; that ways of knowing information are now much more important than information itself. Such notions contradict what we know about teaching and learning and raise concerns that the 21st century skills movement will end up being a weak intervention for the very students—low-income students and students of color—who most need powerful schools as a matter of social equity.

What will it take to ensure that the idea of "21st century skills"—or more precisely, the effort to ensure that all students, rather than just a privileged few, have access to a rich education that intentionally helps them learn these skills—is successful in improving schools? That effort requires three primary components. First, educators and policymakers must ensure that the instructional program is complete and that content is not shortchanged for an ephemeral pursuit of skills. Second, states, school districts, and schools need to revamp how they think about human capital in education—in particular how teachers are trained. Finally, we need new assessments that can accurately measure richer learning and more complex tasks.

Why would misunderstanding the relationship of skills and knowledge lead to trouble? If you believe that skills and knowledge are separate, you are likely to draw two incorrect conclusions. First, because content is readily available in many locations but thinking skills reside in the learner's brain, it would seem clear that if we must choose between them, skills are essential, whereas content is merely desirable. Second, if skills are independent of content, we could reasonably conclude that we can develop these skills through the use of any content. For example, if students can learn how to think critically about science in the context of any scientific material, a teacher should select content that will engage students (for instance, the chemistry of candy), even if that content is not central to the field. But all content is not equally important to mathematics, or to science, or to literature. To think critically, students need the knowledge that is central to the domain.

Because of these challenges, devising a 21st century skills curriculum requires more than paying lip service to content knowledge.

Advocates of 21st century skills favor student-centered methods—for example, problem-based learning and project-based learning—that allow students to collaborate, work on authentic problems, and engage with the community. These approaches are widely acclaimed and can be found in any pedagogical methods textbook; teachers know about them and believe they're effective. And yet, teachers don't use them. Recent data show that most instructional time is composed of seatwork and whole-class instruction led by the teacher (National Institute of Child Health and Human Development Early Child Care Research Network, 2005). Even when class sizes are reduced, teachers do not change their teaching strategies or use these student-centered methods (Shapson, Wright, Eason, & Fitzgerald, 1980). Again, these are not new issues. John Goodlad (1984) reported the same finding in his landmark study published more than 20 years ago.

Why don't teachers use the methods that they believe are most effective? Even advocates of student-centered methods acknowledge that these methods pose classroom management problems for teachers. When students collaborate, one expects a certain amount of hubbub in the room, which could devolve into chaos in less-than-expert hands. These methods also demand that teachers be knowledgeable about a broad range of topics and are prepared to make in-the-moment decisions as the lesson plan progresses. Anyone who has watched a highly effective teacher lead a class by simultaneously engaging with content, classroom management, and the ongoing monitoring of student progress knows how intense and demanding this work is. It's a constant juggling act that involves keeping many balls in the air.

Most teachers don't need to be persuaded that project-based learning is a good idea—they already believe that. What teachers need is much more robust training and support than they receive today, including specific lesson plans that deal with the high cognitive demands and potential classroom management problems of using student-centered methods.

Without better curriculum, better teaching, and better tests, the emphasis on "21st century skills" will be a superficial one that will sacrifice long-term gains for the appearance of short-term progress.

The fourth pillar of “instructional model” is more than a quick soundbyte allows.  I see three levels of this notion with increasing value as follows:  1) You have thought about and encouraged good instructional practices in your building/district.  2) You have a well-articulated plan for effective instructional practice that is building or districtwide.  3)  You have a true learner-centered instructional model in place in grades K-12 that credits the constructivist nature of human learning.

At this point, the vast majority of school systems are behind the curve in this area.  Being this far behind might just have one distinct advantage.  If there is no way to see any of the individual trees in a forest, you are likely going to be forced to start your mission with a whole-forest view to begin with. 

You don’t need a flashlight.  It’s not that dark in there anymore.  Trust that there are others who have proceeded down this path before you, and they have learned many important lessons.  Collaborate.  Learn from their successes and failures.  Do not go it alone. 

Ask yourself: what can we do with these new tools available today that we couldn’t do before?  If we could remake our curriculum any way we wanted, how would we do it? 

All systems need what I will call an “innovation engine.”  Whatever the system, whatever the setup, schools and school systems need pockets of sponsored innovation.

Soon after access is all around you, it doesn’t even feel like “technology,” it just feels like the way things are done.  This is a good thing, for when technology becomes invisible, we can finally focus on the value added from new uses of these tools. 

So where does all of this leave you?  How many of these pillars have been already constructed around you?  What have you done to help in that construction? 

but there seems to be a reasonable body of evidence suggesting that physical fitness and cognitive fitness are linked

least 30 minute

stress is known to have an impact on cognitive function, and this includes memory

For starters, stress can interfere with sleep, which we have already identified as important to memory. But stress also impacts the brain more directly in both positive and negative ways.

So what are some approaches to managing stress? Getting enough sleep and exercising regularly are an excellent starting point

Ten Openers: (WE-ALL-LEARN) 1. Web Searching in the World of e-Books 2. E-Learning and Blended Learning 3. Availability of Open Source and Free Software 4. Leveraged Resources and OpenCourseWare 5. Learning Object Repositories and Portals 6. Learner Participation in Open Information Communities 7. Electronic Collaboration 8. Alternate Reality Learning 9. Real-Time Mobility and Portability 10. Networks of Personalized Learning

Popular crustaceans like lobster, crabs and prawns owe their success to a unique colour control system, according to a new genetic study.

Programming -OK, on the programming thing, here are my thoughts.In our curriculum our objective is not as much a specific LANGUAGE. One year I may use HTML with Javascript, this past year I used LSL — what I want kids to know that when they encounter programming and coding that there are certain conventions. Some are case sensitive, some are not. How do you find out how to add to what you know about programming? Do you know where to go to find prewritten code? Can you hack it to make it work to do what you want it to do?We spend about a week – two weeks but I require they know how to handcode hyperlinks and images – they are just too important.But to take 12 weeks or 6 weeks to learn a whole language – yes maybe some value – but to me the value is HOW is the language constructed or built. What are the conventions and how do I educate myself if I am interested in pursuing. What comes out of this time is kids who say either “I never want to do that” or “this is really cool, I love coding.”They are doing very simplistic work (although the LSL object languages were pretty advanced) but since we don’t have a full course nor time in our curriculum, I do see this as an essential part of what I teach.I’m not teaching it for the language sake but for the sake of understanding the whole body of how languages work – we talk about the different languages and what they are used for as part of Intro to Computer science and have an immersive experience.To me, this is somewhat a comprimise between leaving it out entirely or forcing everyone to take 12 weeks of it. I just don’t know where 12 weeks would go in the curriculum.

It’s a step backward. A 1:1 classroom done at least fairly well becomes a an intense learning environment. Students are engaged, empowered, active learners instead of sitting learning to be taught. It is an active process a far greater amount of the time (and this is one area I need to improve, is getting that and letting that happen more) and the feel of the classroom changes. People that visit pick up on that. It changes from a 1:1 laptop classroom into a learning environment that uses laptops and other tools to leverage learning.