Inspired by the herring gull flight, the engineers of Festo’s Bionic Learning Network came up with SmartBird – an ultralight but powerful flight model with excellent aerodynamic qualities and extreme agility. It is capable to take off autonomously and lift-up in the air by means of its flapping wings alone, without the aid of other… »
By mimicking the structure of the silk moth’s antenna, the research of University of Michigan researchers has led to development of better nanopores (essentially holes drilled in a silicon chip). Nanopores can be used to study single molecules or proteins, and the tiny tunnel-shaped tool could lead to advances in understanding neurodegenerative diseases such as… »
Ormia ochracea is a small parasitic fly best known for its strong sense of directional hearing. A female fly tracks a male cricket by its chirps and then deposits her eggs on the unfortunate host. The larvae subsequently eat the cricket. Though it doesn’t work out well for male crickets, such acute hearing in a… »
Researchers at University of Michigan (U-M) and Penn State University are studying how plants like the Mimosa can change shape, and they’re working to replicate the mechanisms with artificial cells. Currently, their artificial cells are palm-size and larger, but they’re trying to minify them by using microstructures and nanofibers to construct them. They’re also exploring… »
Spray-on skin that could help you heal your skin within several days after a serious burn seems as something we used to see in science fiction, but that technology has been developed worldwide for over 5 years. Compared to other currently available skin regeneration or replacement methods, this method shortens the time needed for generation… »
Some forms of plankton and bacteria have the ability to build an extra natural layer of nanoparticle-like armor. That ability has inspired chemists at the University of Warwick to create a remarkably simple way to give drug bearing polymer vesicles (microscopic polymer based sacs of liquid) their own armored protection. The technology could be used… »
Inspired by the hair-thin holdfast fibers that mussels secrete to stick against rocks, researchers from the University of Chicago managed to manufacture a synthetic version of the self-healing sticky substance used by mussels. The substance could be used as an adhesive or coating for underwater machinery or in biomedical settings as a surgical adhesive or… »
A group of researchers from the Colorado State University (CSU) managed to make a computer-designed detection trait work in a plant by rewiring its natural signaling process. It enables the plant to turn from green to white when chemicals are detected in the air around it or in the soil it is planted in. The… »
