MIT professor Mildred Dresselhaus takes a look at the latest work in fullerene chemistry.
MIT professor Mildred Dresselhaus takes a look at the latest work in fullerene chemistry.
University of Florida researchers report PAHBs derived from lignin, a by-product of the paper pulping and cellulosic bio-ethanol industries
A new method to produce purer, more conductive graphene sheets has been developed by a Korean research team
Professor Dmitri Golberg reviews the first volume of the new Polymer Nano, Micro- & Macrocomposites series, edited by Dr. Vikas Mittal.
Carbon nanotube-enzyme composite electrodes are applied in glucose biofuel cells.
Russian scientists have made nanodiamonds with a higher concentration of nitrogen vacancy centers, with a better efficiency than was previously possible.
Carbon nanotubes have the potential to unlock effective treatments for that most delicate of systems – the mammalian central nervous system. But conflicting studies and reports on potential toxicity underline the need for careful, standardized, and thorough research protocols.
Merging the ultra-strong nature of carbon nanotubes and mussel-inspired linker molecules renders high-strength fibres via a simple spinning process.
Edge-hydrogenation of carbon electrodes could further the quest for solid-state, single-molecule DNA sequencing.
So what is next for nanochemical and biochemical sensor research? Shouldn’t we be trying to find the next glass pH electrode, rather than trying to squeeze that extra fraction of a percent out of our tried and tested materials?