Book by Matthew D. Lieberman : “Why are we influenced by the behaviour of complete strangers? Why does the brain register similar pleasure when I perceive something as ‘fair’ or when I eat chocolate? Why can we be so profoundly hurt by bereavement? What are the evolutionary benefits of these traits? The young discipline of ‘social cognitive neuroscience’ has been exploring this fascinating interface between brain science and human behaviour since the late 1990s. Now one of its founding pioneers, Matthew D. Lieberman, presents the discoveries that he and fellow researchers have made. Using fMRI scanning and a range of other techniques, they have been able to see that the brain responds to social pain and pleasure the same way as physical pain and pleasure; and that unbeknown to ourselves, we are constantly ‘mindreading’ other people so that we can fit in with them. It is clear that our brains are designed to respond to and be influenced by others. For good evolutionary reasons, he argues, we are wired to be social. The implications are numerous and profound. Do we have to rethink what we understand by identity, and free will? How can managers improve the way their teams relate and perform? Could we organize large social institutions in ways that would work far better? And could there be whole new methods of education?”
Gamification: A Short History
Ty McCormick in Foreign Policy: “If you’re checking in on Foursquare or ramping up the “strength” of your LinkedIn profile, you’ve just been gamified — whether or not you know it. “Gamification,” today’s hottest business buzzword, is gaining traction everywhere from corporate boardrooms to jihadi chat forums, and its proponents say it can revolutionize just about anything, from education to cancer treatment to ending poverty. While the global market for gamification is expected to explode from $242 million in 2012 to $2.8 billion in 2016, according to market analysis firm M2 Research, there is a growing chorus of critics who think it’s little more than a marketing gimmick. So is the application of game mechanics to everyday life more than just a passing fad? You decide.
1910
Kellogg’s cereals offers its first “premium,” the Funny Jungleland Moving-Pictures book, free with every two boxes. Two years later, Cracker Jack starts putting prizes, from stickers to baseball cards, in its boxes of caramel-coated corn snacks. “A prize in every box” is an instant hit; over the next 100 years, Cracker Jack gives away more than 23 billion in-package treasures. By the 1950s, the concept of gamification is yet to be born, but its primary building block — fun — is motivating billions of consumers around the world.
1959
Duke University sociologist Donald F. Roy publishes “Banana Time,” an ethnographic study of garment workers in Chicago. Roy chronicles how workers use “fun” and “fooling” on the factory room floor — including a daily ritual game in which workers steal a banana — to stave off the “beast of monotony.” The notion that fun can enhance job satisfaction and productivity inspires reams of research on games in the workplace….”
Can Silicon Valley Save the World?
Charles Kenny and Justin Sandefur in Foreign Policy: “Not content with dominating IPOs on Wall Street, Silicon Valley entrepreneurs are taking their can-do, failure-conquering, technology-enabled tactics to the challenge of global poverty. And why not? If we can look up free Khan Academy math lectures using the cheap, kid-friendly computers handed out by the folks at One Laptop per Child, who needs to worry about the complexities of education reform? With a lamp lit up by an electricity-generating soccer ball in every hut, who needs coal-fired power stations and transmission lines? And if even people in refugee camps can make money transcribing outsourced first-world dental records, who needs manufacturing or the roads and port systems required to export physical goods? No wonder the trendiest subject these days for TED talks is cracking the code on digital-era do-gooding, with 100 recent talks and counting just on the subjects of Africa and development…
But entrepreneurial spirit and even the fanciest of gadgets will only get you so far. All the technological transformation of the last 200 years hasn’t come close to wiping out global poverty. More than half the planet still lives on less than $4 a day, and 2.4 billion people live on less than $2 a day. And that’s after a decade that saw the biggest drop in extreme poverty ever. What’s more, millions and millions of people still die annually from easily and cheaply preventable or treatable diseases like diarrhea and pneumonia. None of this is for a lack of science; often it isn’t even for lack of money. It is because parents don’t follow simple health practices like washing their hands, government bureaucrats can’t or won’t provide basic water and sanitation programs, and arbitrary immigration restrictions prevent the poor from moving to places with better opportunities.
Sorry, but no iPhone, even one loaded with the coolest apps, is going to change all that….
SO WHAT CAN BE DONE to harness technological innovation, filter the good ideas from the bad, and spread a little of Silicon Valley’s fairy dust on the world’s poorer regions? The answer, according to Harvard economist Michael Kremer, is market discipline and rigorous testing. Kremer is a MacArthur “genius” grant winner whose name pops up in speculation about future Nobel Prize contenders. He thinks that technological fixes can dramatically improve the lives of the global poor, but markets won’t provide the right innovations without support.”
Knight News Challenge on Open Gov
Press Release: “Knight Foundation today named eight projects as winners of the Knight News Challenge on Open Gov, awarding the recipients more than $3.2 million for their ideas.
The projects will provide new tools and approaches to improve the way people and governments interact. They tackle a range of issues from making it easier to open a local business to creating a simulator that helps citizens visualize the impact of public policies on communities….
Each of the winning projects offers a solution to a real-world need. They include:
Civic Insight: Providing up-to-date information on vacant properties so that communities can find ways to make tangible improvements to local spaces;
OpenCounter: Making it easier for residents to register and create new businesses by building open source software that governments can use to simplify the process;
Open Gov for the Rest of Us: Providing residents in low-income neighborhoods in Chicago with the tools to access and demand better data around issues important to them, like housing and education;
Outline.com: Launching a public policy simulator that helps people visualize the impact that public policies like health care reform and school budget changes might have on local economies and communities;
Oyez Project: Making state and appellate court documents freely available and useful to journalists, scholars and the public, by providing straightforward summaries of decisions, free audio recordings and more;
Procur.io: Making government contract bidding more transparent by simplifying the way smaller companies bid on government work;
GitMachines: Supporting government innovation by creating tools and servers that meet government regulations, so that developers can easily build and adopt new technology;
Plan in a Box: Making it easier to discover information about local planning projects, by creating a tool that governments and contractors can use to easily create websites with updates that also allow public input into the process.
…
Now in its sixth year, the Knight News Challenge accelerates media innovation by funding breakthrough ideas in news and information. Winners receive a share of $5 million in funding and support from Knight’s network of influential peers and advisors to help advance their ideas. Past News Challenge winners have created a lasting impact. They include: DocumentCloud, which analyzes and annotates public documents – turning them into data; Tools for OpenStreetMap, which makes it easier to contribute to the editable map of the world; and Safecast, which helps people measure air quality and became the leading provider of pollution data following the 2011 earthquake and tsunami in Japan.
For more, visit newschallenge.org and follow #newschallenge on Twitter.
When Ordinary Americans Accomplish What the Government Can’t
Ronald Brownstein in The National Journal: “Washington may be paralyzed by partisanship, but across the country, grassroots innovators are crafting solutions to our problems….This special issue of National Journal celebrates these pragmatic problem-solvers in business, the civic sector, local government, and partnerships that creatively combine all three. At a time of endemic stalemate in the nation’s capital, think of it as a report from the America that works (to borrow a recent phrase from The Economist)….
Another significant message is that the communications revolution, by greatly accelerating the sharing of ideas, has produced a “democratization of innovation,” as author Vijay Vaitheeswaran put it in his 2012 book, Need, Speed, and Greed. This dynamic has simultaneously allowed breakthroughs to disseminate faster than ever and empowered more people inside companies and communities to tackle problems previously left to elites. “One of the most interesting stories in social change today is how much creative problem-solving is emerging from citizens scattered far and wide who are taking it upon themselves to fix things and who, in many cases, are outperforming traditional organizations,” David Bornstein, founder of the Dowser.org website that tracks social innovation, wrote in The New York Times last year. Our honoree Eric Greitens, the former Navy SEAL who founded The Mission Continues for other post-9/11 veterans, personifies this trend. Across the categories, many honorees insist they have pursued new approaches in part because they could no longer wait for Washington to address the problems they face. In a world where barriers to the dispersal of ideas are crumbling, waiting for elites to propose answers may soon seem as outdated as waiting for a dial-up connection to the Internet.
The third conclusion limits the first two. Even many of the most dynamic grassroots innovations will remain isolated islands of excellence in this continent-sized society without energy and amplification from the top. Donald Kettl, dean of the University of Maryland’s School of Public Policy, notes the federal government is unavoidably a major force on many of the challenges facing America, particularly reforming education, health care, and training; developing regional economic strategies; and providing physical and digital infrastructure. Washington need not direct or control the response to these problems, but change on a massive scale is always harder without stronger signals and incentives than the federal government has provided in recent years. “It is possible to feed change aggressively from the bottom,” Kettl says. “[But] the federal government, for better or worse, inevitably is involved…. There’s a natural limit in what’s possible to bubble up from the bottom….
Special issue at https://web.archive.org/web/2013/http://www.nationaljournal.com/back-in-business ”
Mozilla Science Lab
Mark Surman in Mozilla Blog: “We’re excited to announce the launch of the Mozilla Science Lab, a new initiative that will help researchers around the world use the open web to shape science’s future.
Scientists created the web — but the open web still hasn’t transformed scientific practice to the same extent we’ve seen in other areas like media, education and business. For all of the incredible discoveries of the last century, science is still largely rooted in the “analog” age. Credit systems in science are still largely based around “papers,” for example, and as a result researchers are often discouraged from sharing, learning, reusing, and adopting the type of open and collaborative learning that the web makes possible.
The Science Lab will foster dialog between the open web community and researchers to tackle this challenge. Together they’ll share ideas, tools, and best practices for using next-generation web solutions to solve real problems in science, and explore ways to make research more agile and collaborative….
With support from the Alfred P. Sloan Foundation, Mozilla Science Lab will start by convening a broad conversation about open web approaches and skills training, working with existing tool developers and supporting a global community of researchers.
Get involved
Stay tuned for more about how you can join the conversation. In the mean time, you can:
- Learn more about the project at the Mozilla Science Wiki.
- Follow @MozillaScience and @kaythaney on Twitter.
- Follow the project’s progress on Kaitlin’s blog.”
Is Cybertopianism Really Such a Bad Thing?
Ethan Zuckerman in Slate: “As the historian and technology scholar Langdon Winner suggests, “The arrival of any new technology that has significant power and practical potential always brings with it a wave of visionary enthusiasm that anticipates the rise of a utopian social order.” Technologies that connect individuals to one another—like the airplane, the telegraph, and the radio—appear particularly powerful at helping us imagine a smaller, more connected world. Seen through this lens, the Internet’s underlying architecture—it is no more and no less than a network that connects networks—and the sheer amount written about it in the past decade guaranteed that the network would be placed at the center of visions for a world made better through connection. These visions are so abundant that they’ve even spawned a neologism: “cyberutopianism.”
The term “cyberutopian” tends to be used only in the context of critique. Calling someone a cyberutopian implies that he or she has an unrealistic and naïvely overinflated sense of what technology makes possible and an insufficient understanding of the forces that govern societies. Curiously, the commonly used term for an opposite stance, a belief that Internet technologies are weakening society, coarsening discourse, and hastening conflict is described with a less weighted term: “cyberskepticism.” Whether or not either of these terms adequately serves us in this debate, we should consider cyberutopianism’s appeal, and its merits….
If we reject the notion that technology makes certain changes inevitable, but accept that the aspirations of the “cyberutopians” are worthy ones, we are left with a challenge: How do we rewire the tools we’ve built to maximize our impact on an interconnected world? Accepting the shortcomings of the systems we’ve built as inevitable and unchangeable is lazy. As Benjamin Disraeli observed in Vivian Grey, “Man is not the creature of circumstances, circumstances are the creatures of men. We are free agents, and man is more powerful than matter.” And, as Rheingold suggests, believing that people can use technology to build a world that’s more just, fair, and inclusive isn’t merely defensible. It’s practically a moral imperative.
Excerpted from Rewire: Digital Cosmopolitans in the Age of Connection by Ethan Zuckerman.”
Open Wide
Tom Slee in The New Inquiry: “Since the earliest days of Linux and of Wikipedia, conflicting attitudes to profit have co-existed with a commitment to digital sharing. Whether it’s source code, text, artistic works, or government data, some see the open digital commons as an ethical alternative to corporate production, while others believe that sharing and profit go together like wine and cheese. And now, as massively open online courses bring the rhetoric of digital openness to education and Web-based startups are making it easy to share apartments and cars and unused parking spaces and jobs, the seeds have been planted for a sharing economy whose flowering is welcomed both by idealists who value authenticity, sustainability and community sharing over commodity ownership and by venture capitalists looking to make their next fortune. Strange bedfellows.
Cities have long been sites of commons and commerce: full of trade and private enterprise but shaped by parks and streetscapes, neighborhoods and rhythms of daily life that grow from non-commodified sharing. In his 2012 book Rebel Cities, David Harvey observes how, in cities, “people of all sorts and classes mingle … to produce a common of perpetually changing and transitory life,” from the irrepressible energy of Manhattan to the café culture of Rome to Barcelona’s distinctive architecture to the symbolic meaning of modern Berlin. Yes, by 2009, volunteers had spent a hundred million hours building Wikipedia, but cities put this dramatic number into perspective: Every year the citizens of Canada alone volunteer roughly 20 Wikipedias for hospitals and children’s sports, for charities and the arts — the equivalent of more than a million full-time jobs in a population of 30 million — and there is no reason to believe that the count is complete or that Canada is exceptional.
The similarities between urban and digital worlds are not incidental. Both are cultural spaces, and cultural spaces have always been iceberg-like. Above the surface, market forces and state interventions; beneath, a mass of noncommercial activity organized, at least in part, as open commons. But while digital entrepreneurs look to the “Internet’s way of working” to disrupt the bricks and mortar of our cities, urban experiences have sober lessons for the digerati if they will listen: The relationship between commons and commerce is fraught with contradictions. Harvey never once mentions computer technology in his book, but his reflections on cities make a compelling case that money-making and sharing are far from natural allies, and that the role of openness must be questioned if commons-based production is to be a real alternative.”
Socialstructing
“A new kind of society in which amplified individuals—individuals empowered with technologies and the collective intelligence of others in their social network—can take on many functions that previously only large organizations could perform, often more efficiently, at lower cost or no cost at all, and with much greater ease.”
Marina Gorbis, executive director of the Institute for the Future (IFTF), released a book entitled The Nature of the Future: Dispatches from the Socialstructed World. According to the IFTF website, the book “offers an inspiring portrayal of how new technologies are giving individuals so much power to connect and share resources that networks of individuals—not big organizations—will solve a host of problems by reinventing business, education, medicine, banking, government, and scientific research.” In her review in the New York Journal of Books, Geri Spieler argues that, when focusing on the book’s central premise, Gorbis “breaks through to the reader as to what is important here: the future of a citizen-created world.”
In many ways, the book joins the growing literature on swarms, wikinomics, commons-based and peer-to-peer production methods enabled by advances made in technology:
“Empowered by computing and communication technologies that have been steadily building village-like networks on a global scale, we are infusing more and more of our economic transactions with social connectedness….The new technologies are inherently social and personal. They help us create communities around interests, identities, and common personal challenges. They allow us to gain direct access to a worldwide community of others. And they take anonymity out of our economic transactions.”
Marina Gorbis subsequently describes the impact of these technologies on how we operate as “socialstructing”:
“We are moving away from the dominance of the depersonalized world of institutional production and creating a new economy around social connections and social rewards—a process I call socialstructing. … Not only is this new social economy bringing with it an unprecedented level of familiarity and connectedness to both our global and our local economic exchanges, but it is also changing every domain of our lives, from finance to education and health. It is rapidly ushering in a vast array of new opportunities for us to pursue our passions, create new types of businesses and charitable organizations, redefine the nature of work, and address a wide range of problems that the prevailing formal economy has neglected, if not caused.
Socialstructing is in fact enabling not only a new kind of global economy but a new kind of society, in which amplified individuals—individuals empowered with technologies and the collective intelligence of others in their social network—can take on many functions that previously only large organizations could perform, often more efficiently, at lower cost or no cost at all, and with much greater ease.”
Following a brief intro describing the social and technical drivers behind socialstructing the book describes its manifestation in finance, education, governance, science, and health. In the chapter “governance beyond government” the author advocates the creation of a revised “agora” modeled on the ancient Greek concept of participatory democracy. Of particular interest, the chapter describes and explains the legitimacy deficit of present-day political institutions and governmental structures:
“Political institutions are shaped by the social realities of their time and reflect the prevailing technological infrastructure, levels of knowledge, and citizen values. In ancient Athens, a small democratic state, it was possible to gather most citizens in an assembly or on a hill to practice a direct form of democracy, but in a country with millions of people this is nearly impossible. The US Constitution and governance structure emerged in the eighteenth century and were products of a Newtonian view of the universe….But while this framework of government and society as machines worked reasonably well for several centuries, it is increasingly out of sync with today’s reality and level of knowledge.”
Building upon the deliberative polling process developed by Professor James Fishkin, director of the Center for Deliberative Democracy at Stanford University, the author proposes and develops four key elements behind the so-called socialstructed governance:
- Rich and open data for making informed decisions (referencing the open data movement within the US and elsewhere);
- Sophisticated decision-support tools and use of algorithms for exploring alternatives and uncovering complex interdependencies (reflecting on the big data potential for decision making);
- Engagement platforms for wide citizen involvement and deliberation (comparing various “architectures of participation” such as the State Department’s Opinion Space); and
- Microparticipation of regular citizens in government decisions and the delivery of public services (pointing to the San Ramon Valley’s CPR app and other tools for networked collaboration developed by, for instance, Citizen Logistics).
The chapter provides for an interesting introduction to the kind of new governance arrangements made feasible by increased computing power and the use of collaborative platforms. As with most literature on the subject, little attention, however, is paid to evidence on whether these new platforms contribute to more legitimate and effective outcomes–a necessary next step to move away from “faith-based” discussions to more evidence-based interventions.
Randomise Me
NESTA Policy Innovation Blog: “On 20 June 2013 we are hosting the launch of Randomise Me, a new website developed with Ben Goldacre, which will enable anyone to set up and run their own trial. What questions would you like to answer? For instance, ever wondered whether coffee gives you heart palpitations? Whether the reading app used in your classroom really does improve children’s attainment? Whether your new marketing campaign is increasing volunteer recruitment? If you want to know answers, then run a trial on Randomise Me and find out.
Randomised Control Trials may sound complex, but they simply involve taking a group, such as a group of patients, children, schools, or others, splitting them into groups at random, and then giving one intervention to one group, and another intervention to the other. The differences between each group are then observed to see if one intervention has achieved its supposed outcome. They are commonly used in medicine, but are much less common in other areas, such as children’s services, social care or education. Randomise Me is going to help remedy this.”