If you’ve seen Iron Man 3, you know that – SPOILER ALERT!!!! – billionaire inventor Tony Stark reveals dozens of specialized Iron Man power suits. As fantastic as the suits are, the technology Stark likely uses to make them is not far removed from reality – and neither are the big questions that such technology
Chemical engineering researchers have identified a new mechanism to convert natural gas into energy up to 70 times faster, while effectively capturing the greenhouse gas carbon dioxide (CO2). “This could make power generation from natural gas both cleaner and more efficient,” says Fanxing Li, co-author of a paper on the research and an assistant professor
Iron Man 3 isn’t out yet, but the first two movies (and decades of Iron Man comics) raise some interesting questions about how scientists can create and utilize new materials – like the energy source for Iron Man’s suit. For those who have been shut off from pop culture, here’s a recap of the first
Editor’s Note: You may hear about fatality rates or percentages when media report on new and dangerous flu strains, and often times the reports are conflicting. In this post, Barrett Slenning, an epidemiologist at NC State, explains how these fatality rates are calculated, and why the numbers may fluctuate. A previous post on H7N9 flu
Editor’s Note: This is a guest post by Mark Losego, a research assistant professor of chemical and biomolecular engineering at NC State. Losego recently co-authored a News and Views article about nanoscale heat flow in Nature Materials with David Cahill of the University of Illinois. The basics of heat flow have long been overlooked, but
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