A mesoporous structure is employed to improve the stability of a graphene-supported catalyst.

A mesoporous structure is employed to improve the stability of a graphene-supported catalyst.
New monolayer material has great potential for future nanoelectromechanical devices as it combines excellent mechanical and electrical properties.
Professor Nazario Martín, University Complutense of Madrid and IMDEA-Nanoscience, reviews the second edition of this book, edited by Javier García-Martínez.
A high performance laccase-based biofuel cell cathode is developed using carbon nanosheets as the catalyst support and buckypaper as the substrate electrode.
Subwavelength metal nanoparticles with separation on the order of one wavelength can form a plasmonic mode that enhances absorption and scattering of light.
Researchers from The University of Melbourne have developed a novel and efficient route to build nanoscale cross-linked films on surfaces.
New approach enables precision-tuning of the optical properties of photonic crystals on the nanometer scale.
Researchs show that combining nanoparticles and DNA nanotechnology can amplify the signal obtained from imaging the extracellular matrix.
Steve Dunn, Queen Mary University of London, and James R. Durrant, Imperial College London, discuss their latest work on photovoltaic devices.
Danish and German researchers applied a controllable method to peel carbon nanotubes and form nano-protrusion structures.