To attract females, male peacocks not only display their array of beautiful feathers, but also vibrate them. The speed at which they do, researchers recently found, can enhance the display of colors, which might make them more likely to attract a mate. This is the first time researchers have looked at this shaking in relation to courtship behavior. So for peacocks, it's not just about their beauty, but how they display it. Via Gizmodo

Thanks to advanced telescopes and rovers, we are now able to see planets in our solar system in greater detail than ever before. But as a species, we've always been interested in our planetary cousins. This is made particularly clear by the images displayed in The Trouvelot Astronomical Drawings at the New York City Public Library, which contains mankind's interpretation of space during the late 1800s. The one above is of Mars and looks fairly similar to the Japanese yin yang symbol. Via io9

Lorica, a new kind of armor, may initiate a brand new full-contact sport. The incredibly light yet protective material, made mostly of Kevlar and carbon fiber, also has 52 embedded sensors that measure the impact of each hit. The company that invented it, Chiron Global, wants to use the armor to create a new sport called Unified Weapons Master (UWM), and it might even come to America soon.

Instead of spraying crops with harmful chemicals, Bee Vectoring Technology company came up with a neat and environmentally friendly alternative to pesticides, and employed some bees in the process. The system uses a special tray that coats the bees' hairy legs in a powdered, plant-protecting fungus. Once the bees are coated they are able to spread this protective fungus to the crops and prevent parasites and bacteria from taking hold.

This closeup image of Saturn's rings makes it seem like the rings cross each other in ways that are ultimately impossible. The illusion was caused by the shadows of the rings being cast on the front of the rings themselves. The Cassini spacecraft's narrow angle camera captured this image in February.

Researchers at the University of California at Berkeley wanted to know how our brain pieces out the meaning of language. So they hooked up seven volunteers to an fMRI machine that tracks brain activity and had them listen to episodes of a highly engaging narrative podcast. The result is a 3D atlas of where your brain groups words together, which they found is relatively similar among individuals. You can see it for yourself with this interactive made by the researchers.

When bacteria are genetically modified to produce fluorescent proteins, they will glow in various colors under ultraviolet light. Medical illustrator and artist Sarah Berman took advantage of this effect and used red- and cyan-producing bacteria that she placed on a polystyrene sheet to paint the human brain's pineal and pituitary glands. To make them glow, she displayed the painting under UV light.

Photographer Levon Biss took between 8,000 and 10,000 photographs to create this portrait, and others like it. Then he pieced them together to create massive 9-foot-tall prints of various insects in incredible detail. The prints will be on display as a show called Microsculpture at the Oxford University Museum Of Natural History. This video takes you through his creation process.