A new non-invasive light mapping technique introduces a new perspective in nanophotonic characterization, ensuring extraordinarily high spatial resolution and accuracy.
Computers, tablets, pen drives, and many other electronic devices have non-volatile memory, which can keep data even after the power cut.
Researchers adopted a scalable, facile and safe reduction technique to obtain reduced graphene oxide (rGO) films by using Vitamin C (VC) for the reduction reaction.
Eco-friendly graphene from rice straw was used to create a superhydrophobic coating suitable for steel surfaces in new research.
Researchers demonstrated a new approach to enable the specific detection of biomarkers in human tear by employing an aptamer-based graphene affinity nanosensor.
Highly hydrophobic silk-based nanoscale composites were developed using plasma treatment and showed promise in cleaning oily water.
New research focuses on producing smart, multifaceted, and structurally robust nanocomposites by combining functionalized graphene nanoplatelets (F-GNPs) with polyurea.
A simple approach for producing graphitic carbon nitride on reduced graphene oxide was shown using semi-closed pyrolysis of graphene oxide and urea in ambient conditions contributing to viable carbon-based ORR electrocatalysts.
The health consequences of graphene-based particles produced from polymer composites following abrasion are insignificant.
New research concentrates on developing an optomechanical nanofilm resonator for trace hydrogen sensing using palladium (Pd) and gold (Au) decorated graphene on a fiber end surface.