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In November 2010 the World Economic Forum gathered in Dubai to discuss issues on the global agenda. Before the forum, the 700 members of each of the 72 Global Agenda Councils were asked which other councils they would benefit from interacting with. This data was then released to the public as part of a visualization challenge organized by visualizing.org. Shown here is one of the honorable mentions, an interactive visualization created by Daniel McLaren that shows a map of the strongest collective responses between the councils. It uses the analogy of energy, as described by McLaren: "Starting at the selected node, energy travels outward and is divided among each connection and dissipates when crossing weak connections." Not all responses are displayed because the data has been filtered to show only the strongest relationships.

The website titled "Visualizing Our Future Selves"[news21.com] attempts to answer the question how the dramatically aging demographics in the US will change over the next 40 years. It is an example of a 'personalized' visualization of sorts, in that users are asked to submit their personal demographic data, such as birth year, race, state, living situation and gender. The resulting diagrams then reveals country-wide statistical information in the context of one's own situation, divided into 4 different groups: Population, State, Health and Finances. Accordingly, the application shows an animated population pyramid, a population age density map of the US, a disease (e.g. cancer, heart disease, diabetes) prevalence forecast, and an income versus expenditure comparison filtered by several demographic variables.

Researched and designed by technologist Michell Zappa, Envisioning Technology is a speculative and subjective overview of potential future technologies. Based on personal research and observations, this map is intended to facilitate predictions of where the technium is going, as well as provoke thought and stimulate debate. Due to the intrinsic difficulty of speculation, the visualization is not to be interpreted as a roadmap, but rather as a point of reference for those investigating (or designing) the future of technology. Each hub represents an important area of development to which actual technologies (shown as nodes) belong. The center of the map marks where we are today, and the further out points indicate how far into the future each technology is predicted to become mainstream. The visualization also attempts to distinguish the predicted importance of each area, shown by the relative size of the nodes

In Innovation Deep Dive, Lisa Strausfeld from Pentagram has contrasted the drivers and the impact of innovation of various countries by way of an interactive line ranking. The visualization uses quite a large set of different datasets, ranging from Gallup and business schools reports, to the usual suspects like the UNESCO and the World Bank. The interface requires some trial-and-error to get used to (e.g. the data categories at the top are clickable), but creates a compelling overview of how different nations actually perform versus how their business executives perceive the same issue.

Lake Bonney in Antarctica is perennially covered in ice. It is exposed to severe environmental stresses, including minimal nutrients, low temperatures, extreme shade, and, during the winter, 24-hour darkness. But, for the single-celled organisms that live there, the lake is home. To study them, Dr. Rachel Morgan-Kiss from the University of Miami, Ohio, and her team went to Antarctica to sample the ice-covered lake. The article describing her method will be published April 20, in the JoVE (the Journal of Visualized Experiments)

As I read both Carr and Shirky over the past couple weeks-who both seek parallels between the rise of the internet and digital social media and the invention of the printing press in the 16th century-I couldn't help thinking about medieval manuscripts. Since the early 1990s, both medievalists and electronic media theorists have pointed to the hypertexted quality of medieval illuminated manuscripts in making complementary claims: medievalists to continuing cultural relevancy and electronic media theorists in continuity to literary tradition. The medieval books we admire so much today are distinguished by the remarkable visual images, in the body of a text and in the margins, that scholars have frequently compared to hypertexted images on internet "pages."

A full hour before the formal announcement of Bin-Laden's death, Keith Urbahn posted his speculation on the emergency presidential address. Little did he know that this Tweet would trigger an avalanche of reactions, Retweets and conversations that would beat mainstream media as well as the White House announcement. Keith Urbahn wasn't the first to speculate Bin Laden's death, but he was the one who gained the most trust from the network. Why did this happen?

In his talk on Deep Optimism, Ridley presented a coherent, integrated, and astoundingly thorough case for progress in all degrees. For one easy-to-visual metric, Ridley showed how it takes less time each year to work for a constant benefit, say on hour of artificial light at night. It 1800 it took six hours of typical labor to purchase an hour's worth of candles, so few working people did. In 1880 it took fifteen minutes of work to purchase an hour's worth of kerosene for a lamp. In 1950 it took eight seconds of work to pay for an hour's electricity for a light bulb. In 1997, it took only half a second -- a blink -- of work to light a compact fluorescent bulb for an hour.