Medicine & TechnologyUltra-stiff graphene was a result of optical forging in a recent study to cater to nanomechanical experiments. The flimsy structure of the graphene is now solved with a workaround.
New research demonstrates how 3D printing technology could create highly precise and complex microlenses - miniature reflective surfaces whose diameters are just a few microns.
While purity is often associated with better material performance, some naturally occurring crystal defects at the nanoscale could be leveraged for better energy storage materials.
Researchers from the Massachusetts Institute of Technology have turned its "magic" angle material made of graphene into versatile quantum computing devices.
Nanoparticle drug delivery methods are found to be more effective in administering chemotherapy over oral treatment and could improve bowel cancer survival rates, a new study suggests.
Researchers from the University of Wisconsin-Madison have developed nanoribbon structures that potentially utilize graphene to enhance tech innovations.
In the rapidly-growing market for augmented reality/ virtual reality (AR/VR) entertainment, glasses are being driven towards being more compact and easy to wear. New technology could mean a step away from the bulky, bug-eyed goggles we currently have.
Single photon switches, which can turn physical processes on or off by using only a single packet of light, have far-reaching implications for quantum photonic technologies - and a new breakthrough makes it one step closer to realization.
Researchers are developing nanoparticles called Nanotraps to catch viruses such as SARS-CoV-2, and target them for elimination by the body's immune system.
A new study presents athletes, motorists and soldiers could lead safer lives through 'nanocages,' resulting from a new process that could lead to a more effective and reusable shield from shock and impact, explosion, and vibration.
A research team from Aalto University in Finland has developed a new device capable of reconfigurable spin-wave transport, capable of advancing studies in the field of spintronics as well as the potential for more powerful computer processors.
A new nanothin coating material could be added to wound dressings and biomedical implants to prevent and even treat dangerous bacteria and fungi infections - even from the notoriously resistant superbugs.
In a new discovery regarding graphene, two research teams independently discovered a particular graphene system whose electrons "freeze" as temperature rises.