Electrically spun cloth with nanometer-sized fibers can dissolve to release drugs, providing a platform for cheap, discrete and reversible protection.

Electrically spun cloth with nanometer-sized fibers can dissolve to release drugs, providing a platform for cheap, discrete and reversible protection.
New work from researchers in Germany shows how light-emitting nanocrystals can reveal damage to material.
A new method of manufacturing the smallest structures in electronics could make their manufacture many times quicker, allowing for cheaper semiconductors.
Money to develop Pixelligent’s high-quality nanocrystal additives for automotive lubricant oils.
Researchers in Germany design self-folding 3D polymeric materials that could lead to advances in microfluidics, biomaterials, and soft electronics.
Rice University’s James Tour Group creates single-surface material for energy storage, electronics.
It has been shown that resilin-like polypeptides are a potential material for cardiovascular tissue engineering.
The Helmholtz-University Young Investigators Group has developed a membrane that can be used for filtering small organisms or viruses from water.
Scientists have developed a novel nerve construct: artificial hybrid conducting polymer-hydrogel conduits are used to repair peripheral nerve gaps.
Researchers have engineered an electro-responsive polymer hydrogel containing carbon nanotubes for drug delivery applications.