Finely spun starch fibers woven into a bandage could dissolve on your skin and be absorbed by your body, eliminating the sting and hassle of ripping it off in one fast motion. Starch fibers could also be used to produce toilet paper, napkins and other biodegradable products, according to researchers at Penn State.
Hey, reader, what are you wearing?
Did rumpled jeans fit your fancy this morning? Or perhaps a nice cotton-poly blend shirt with a paisley print? Here at PopSci, we prefer this spring's new line of nanostructured piezoelectric thermo-capable waterproof spider silk fireproof onesies, with added UV protection. Now that sounds like the uniform of the future.
Click here to check out our gallery of future textiles and fabrics.
We pay close attention to the modifications scientists are making to goats, moths and worms so they can harvest their silk. Now researchers in Singapore are reporting a new advancement: dyed-in-the-worm silks, which look pretty and could have interesting medical applications.
Future camouflage uniforms will draw power from the sun during the day and from a soldier’s body during the night, turning infantrymen into true sunshine patriots. The system could provide continuous power for a radio, GPS and weapons, but at half the weight of traditional battery packs.
The boron carbide that forms body armor plates and helps protect battle tanks has now become a part of T-shirt fabric. The reinforced nanocomposites could eventually lead to more flexible body armor or lightweight materials for cars and aircraft, according to Chemistry World.