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Going the farthest distance might sound like a foot race. But this past weekend, it meant stretching the boundaries of fuel efficiency as student teams competed in the fifth annual Shell Eco-marathon Americas, a challenge for students to design, build and test fuel-efficient vehicles that travel the farthest distance using the least amount of energy. High school and university students from Canada and the United States competed in the two-day street course challenge in downtown Houston.

The Challenger and Columbia space shuttle disasters were perhaps two of the most prominent reminders of how crucial it is that everything work just right for a spacecraft to travel to space and successfully return back to Earth. Whether it was the failure of the seal used to stop hot gases from seeping through, or a piece of foam insulation that damaged the thermal protection system, scientists and engineers must make thousands of predictions of all the things that could go wrong during flight.

thanks to a research project that is the next best thing to time travel, DeJong is measuring the duck eggs in several museum collections - from the Smithsonian Institution, in this case, where Bendire was the first curator of the discipline known as oology, or the study of birds' eggs. When her project is done, DeJong will have assembled and analyzed a metrics database on perhaps 60,000 duck eggs representing at least 40 species and subspecies of ducks found in North America.

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.

A group of Cornell-developed, fingernail-sized satellites may travel to Saturn within the next decade, and as they flutter down through its atmosphere, they will collect data about chemistry, radiation and particle impacts.