NANOTECHNOLOGYA culmination of more than 15 years of work, researchers from the University of Texas at Dallas, together with collaborators from the US, South Korea, Australia, and China, have created unipolar carbon nanotube "muscles."
Physicists from the University of Basel in Switzerland and Ruhr University Bochum in Germany developed a novel source of single photons - capable of producing billions of tiny quantum particles each second.
Nanomedicine is an emerging field of study that employs techniques, diagnostics, and therapies in the minute yet precise nanometer scale - and new research could help better observe these very small particles.
With the help of nanomaterials, researchers found a way to improve hybrid flow batteries' performance - making the store energy longer at a lower cost, fewer location restraints, and zero emissions.
A new method has found a way to manage nanoparticles to create harder metals. Traditionally, metallurgists have made metal harder through various processes - bending, twisting, passing it through rollers, or by hammering it - that work by breaking up the metal's grain structure.
Scientists from the National Institute of Standards and Technology (NIST) have managed to create a smaller version of the optical components that can cool atoms down close to absolute zero - a few thousandths of a degree from 0 Kelvins.
Spanish firm Bioinicia recently announced it developed a special mask with a filtration efficacy that can deactivate various coronavirus types in two hours.
With a new base material that is naturally abundant and lower costing, an anode-free zinc-based battery could be the safer, more cost-effective alternative for renewable energy storage.
While carbon nanotube fibers are known to be less durable than the nanotubes within them, a new study could help close the gap between these materials.
A research team from the University of Manchester in the UK has overtaken Egyptian linen's finest Egyptian linen for the world's finest woven fabric, recognized by the Guinness World Records.
A new design for ultra-efficient, nano-thin piezoelectric materials could revolutionize self-powered electronics, such as wearable gadgets and medical implants like pacemakers.
Rice University engineers created a copper cubes reactor that converts the unwanted waste gas carbon monoxide into industrially useful product acetic acid.
A team from the University of Illinois Chicago worked to develop a "Swiss Army Knife" catalyst - made up of ten different elements aside from Oxygen that helps natural gas burn cleaner.