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Welcome! This course is going to be fun and enriching for those who choose to get involved in doing classwork in new ways. We're going to experiment.  The success of our experiment will depend on our work together as a learning community - in class and online. (Please click and read each link on this page - and ask yourself if you are ready to continue at this level of commitment through the rest of the quarter). Each one of us will be required to work differently than we usually do. Most courses focus on the delivery by a teacher of a specific body of knowledge to students, who are held accountable as individuals for retaining and comprehending that knowledge. In this learning community, we're going to be inquiring and reflecting more than delivering and memorizing, and we're going to be thinking, discussing, learning as a group as well as learning individually -- we're going to be both cooperative (working together on projects) and collaborative (co-responsible for each other's learning). That part alone is going to require more work on your part than you might think.

We live in a busy world. Whether you're looking around online or off, there's "stuff" going on all around us. Some of us are trying to keep up and some of us aren't. Either way, both parties are inevitably going to miss out on some of this "stuff" I'm alluding to. And that's because we all need to look at not only why we're missing out, but how we can avoid missing out on as much as we do. This is when levels of personal productivity come into play.

Ask Seymour Papert, renowned expert on children and computing, why students are turned off by school, and he quickly offers an example: "We teach numbers, then algebra, then calculus, then physics. Wrong!" exclaims the Massachusetts Institute of Technology mathematician, a pioneer in artificial intelligence. "Start with engineering, and from that abstract out physics, and from that abstract out ideas of calculus, and eventually separate off pure mathematics. So much better to have the first-grade kid or kindergarten kid doing engineering and leave it to the older ones to do pure mathematics than to do it the other way around."

The evolving world of the Internet - blogs, podcasts, wikis, social networks - offers instructors and students radically new ways to research, communicate, and learn. Integrating these Internet tools into the college classroom, however, is not an easy task. Therefore, the purpose of this article is to examine the role of social networking in education and demonstrate how social network sites (SNS) can be used in a college classroom setting. To do this, existing research relating to SNS and education is discussed, and the primary advantages and disadvantages of using SNS in the classroom are explored. Most importantly, specific instructions and guidelines to follow when implementing SNS (i.e., Facebook) within the college classroom are provided. Specifically, we show that multiple types of Facebook course integration options are available to instructors. It is concluded that SNS, such as Facebook, can be appropriately and effectively used in an academic setting if proper guidelines are established and implemented.

"The lessons employ clever game mechanics to create an effective user experience. I'm like a broken record at this point: designers, filmmakers, and creative communicators of all stripes should to learn how to code. Clever tools and study guides abound for helping non-hackers start getting their hands dirty on the command line. But speaking personally, none of them have done the trick of getting me to actually just do it. Why? Because they're not interactive. Reading a book or watching a video series (no matter how well-designed) just isn't "sticky" enough to get me to stick with it. "

Why have you been so successful in reaching some of your goals, but not others? If you aren't sure, you are far from alone in your confusion. It turns out that even brilliant, highly accomplished people are pretty lousy when it comes to understanding why they succeed or fail. The intuitive answer - that you are born predisposed to certain talents and lacking in others - is really just one small piece of the puzzle. In fact, decades of research on achievement suggests that successful people reach their goals not simply because of who they are, but more often because of what they do.

A PARADOX of American higher education is this: The expectations of leading universities do much to define what secondary schools teach, and much to establish a template for what it means to be an educated man or woman. College campuses are seen as the source for the newest thinking and for the generation of new ideas, as society's cutting edge.

Wikipedia stands as an undeniable success in online participation and collaboration. However, previous attempts at studying collaboration within Wikipedia have focused on simple metrics like rigor (i.e., the number of revisions in an article's revision history) and diversity (i.e., the number of authors that have contributed to a given article) or have made generalizations about collaboration within Wikipedia based upon the content validity of a few select articles. By looking more closely at metrics associated with each extant Wikipedia article (N=3,427,236) along with all revisions (N=225,226,370), this study attempts to understand what collaboration within Wikipedia actually looks like under the surface. Findings suggest that typical Wikipedia articles are not rigorous, in a collaborative sense, and do not reflect much diversity in the construction of content and macro-structural writing, leading to the conclusion that most articles in Wikipedia are not reflective of the collaborative efforts of the community but, rather, represent the work of relatively few contributors.

"Reid Hoffman and Matt Cohler, two of Silicon Valley's social-networking pioneers, are throwing their hats into the education ring. The entrepreneurs-turned-venture capitalists today led a $15 million investment in Edmodo, a free learning site for teachers and students that claims almost 5 million registered users. The cash pile, from Greylock Partners and Benchmark Capital, gives the management team the runway to hire developers and add products without doing the one thing they prefer not to talk about: making money."

Joseph Cohen wants to break the backs of entrenched dinosaurs that don't innovate much. How do you craft a strategy that works?

"A tiny number of ideas can go a long way, as we've seen. And the Internet makes that more and more likely. What's happening is that we might, in fact, be at a time in our history where we're being domesticated by these great big societal things, such as Facebook and the Internet. We're being domesticated by them, because fewer and fewer and fewer of us have to be innovators to get by. And so, in the cold calculus of evolution by natural selection, at no greater time in history than ever before, copiers are probably doing better than innovators. Because innovation is extraordinarily hard. My worry is that we could be moving in that direction, towards becoming more and more sort of docile copiers. MARK D. PAGEL is a Fellow of the Royal Society and Professor of Evolutionary Biology; Head of the Evolution Laboratory at the University of Reading; Author Oxford Encyclopaedia of Evolution; co-author of The Comparative Method in Evolutionary Biology. His forthcoming book is Wired for Culture: Origins of the Human Social Mind."

Nowadays, goes the theory, innovation is supposed to be done constantly, by everyone in the company, improving everything the company is about - and new Web-based tools are here to help it happen. Is the theory right? Or do the experiences of companies reveal something different?

We live in a complex world with diverse people, firms, and governments whose behaviors aggregate to produce novel, unexpected phenomena. We see political uprisings, market crashes, and a never ending array of social trends. How do we make sense of it?

I love the flip. I do. And I realize by saying this I'm making a controversial statement. I believe if used judiciously, in the right context, the flip can free up valuable class time and provide the background knowledge that is fundamental for students to then go forward and wrestle with higher order thinking.

"So.cl (pronounced "social") is an experimental research project, developed by Microsoft's FUSE Labs, focused on exploring the possibilities of social search for the purpose of learning. So.cl combines social networking and search, to help people find and share interesting web pages in the way students do when they work together. So.cl helps you create rich posts, by assembling montages of visual web content. To encourage interaction and collaboration, So.cl provides rich media sharing, and real time sharing of videos via "video parties.""