From the dark-matter web of the universe to the rainbow of a mouse's retina, a new trove of award-winning science images reveals little-seen worlds.
The winners of the 2011 International Science and Engineering Visualization Challenge, announced today (Feb. 2) turn dry data into vivid imagery
. The informational poster "The Cosmic Web," for example, used simulations and algorithms to create a fiery, beautiful representation of matter in the universe through time. The image, by Johns Hopkins University cosmologist Miguel Angel Aragon-Calvo, won a spot on the cover of the Feb. 3 issue of the journal Science, which co-sponsors the contest with the National Science Foundation.
The contest also includes interactive games. One honoree this year created one called "Build-a-Body," in which players can drag and drop organs into a virtual human body, learning anatomy and playing surgeon. Another game allows players to "zoom in" to the human body and look at individual cells
This year's winner in the photography category is a stunning photograph of a mouse's eye. Using a technique called computational molecular phenotyping, University of Utah neuroscientist Bryan William Jones reveals the metabolic diversity of the cells in the creature's retina. [See the Winning Images
Another amazing close-up photograph captures the trichomes on the skin of a young cucumber. These vegetable defenses are tiny sharp spikes filled with bitter compounds to send plant-eaters running.
The contest, in its ninth year, had 212 entries. Judges picked those they felt had the most impact, the most effective communication, and the most originality. The goal is to honor recipients who use visuals to communicate the complexities of scientific research.
"The talent of these award winners is remarkable," Monica Bradford, the executive editor of the journal Science, said in a statement. "These winners communicate science in a manner that not only captures your attention, but in many instances strives to look at different ways to solve scientific problems through their varied art forms."
The skin of an immature cucumber, magnified 800 times. The spiny structures are called "trichomes" and protect the vegetable from hungry herbivores. (Photo: Robert Rock Belliveau, MD)
This is the result of dipping a layered compound called Ti3AIC2 in hydrofluoric acid. The acid only ate away at some of the compound, creating the canyon-looking effect. (Photo:Babak Anasori, Michael Naguib, Yury Gogotsi, Michel W. Barsoum/Drexel University)
Illustration shows the production of carbon nanotunbes. (Photo: Joel Brehm/University of Nebraska-Lincoln Office of Research and Economic Development)
Related on LiveScience:
Copyright 2012 LiveScience, a TechMediaNetwork company. All rights reserved.