A research team from Sungkyunkwan University based in South Korea has given a detailed review of heterogeneously integrated two dimensional (2D) materials in a study published in the NANO journal....
Mar 9, 2020
Scientists coated octahedral-shaped DNA origami with peptoids that help protect the nanostructures in physiological environments relevant to biomedical applications including anti-cancer drug delivery.
Mar 9, 2020
Scientists have designed and synthesized chains of molecules with a precise sequence and length to efficiently protect 3-D DNA nanostructures from structural degradation under a variety of biomedically relevant conditions. They demonstrated how th...
Mar 9, 2020
Researchers at Vienna University of Technology (TU Wien) have developed an image sensor that can be trained to recognize (in a matter of nanoseconds) certain objects. The image sensor is made from a 2D material: tungsten diselenide, which is com...
Mar 9, 2020
New research offers a groovy answer to the question of what causes carbon nanotubes to align in ultrathin crystalline films.
Mar 9, 2020
Ultrathin carbon nanotubes crystals could have wonderous uses, like converting waste heat into electricity with near-perfect efficiency, and Rice University engineers have taken a big step toward that goal.
Mar 9, 2020
Recently published research from scientists at Queen Mary University of London and GlaxoSmithKline demonstrates the complex nature of nanoscale adhesion mechanisms between polymeric biomaterials and biological samples.
Mar 9, 2020
Nanoparticle-based contrast agents could both image and attack the nerve networks that make some prostate cancers especially aggressive The post Nanoparticles target the most dangerous prostate tumours appeared first on Physics World.
Mar 9, 2020
A transparent, stretchable triboelectric nanogenerator (TENG) with area up to 12 cm x 12 cm and power output 8 Watts per square metre, has been realized by Nagoya University researchers using a carbon nanotube thin film (CNT film) as one of the TE...
Mar 9, 2020
Scientists have developed a customizable computing device using nanofabricated switches than can be rewired to optimize AI applications using 80% less power. These devices can be used as flexible computing platform for artificial intelligence tasks.
Mar 9, 2020
