Duke University engineers have developed a material that can be applied like paint to the hull of a ship and dislodge bacteria from the ship’s surface.
New 2D material boosts nanoelectronics prospects
Molybdenum oxide sheets produced through exfoliation break industry standard limit for low-dimensional silicon.
Polymer-coated cotton can gather water from air
Researchers have developed a special treatment for cotton fabric that allows the cotton to absorb up to 340 % of its own weight in water.
Capturing cancer tumor cells from the blood
New immobilization method from the Chinese Academy of Sciences will improve cancer detection and treatment.
Extending the range of liquid crystalline blue phase
Kyushu University researchers demonstrate a new blue phase material with expanded temperature range and Bragg wavelength shift.
Efficient RGBw OLEDs with a common device structure
A research team from Taiwan have successfully created a tailor-made host material that allows creation of efficient, cheap to fabricate OLEDs and WOLEDs.
Nanoscale materials derived from snails' teeth
Assistant professor David Kisailus studies the chiton, a marine snail found off the coast of California, to develop nanoscale materials for energy applications.
Functionalised coatings to fight biofilms
Researchers have reported the production of a new eDNA-degrading coating of DNase I, which prevents microbial adhesion and biofilm formation.
Monolayers to lubricate the next generation of nanomachinery
The Maurer Lab at Washington University in St. Louis has developed a new class of self-assembled monolayers that could be used in MEMS and NEMS.
Polymer electrolyte films for energy applications
MIT researchers change film morphologies by making simple changes in LbL assembly conditions.