Two research teams synthesize highly ordered carbonaceous structures, such as graphene, using unusual but everyday raw materials, and even waste.

Two research teams synthesize highly ordered carbonaceous structures, such as graphene, using unusual but everyday raw materials, and even waste.
Ion-sensitive field-effect transistors meet scalable CMOS technology to yield low-cost, high throughput DNA sequencing modules.
Carbon nanotube-enzyme composite electrodes are applied in glucose biofuel cells.
Biological synaptic behaviour related to short- and long-term memory creation is mimicked by inorganic devices.
Self-adaptive complementary-like architectures are adopted in graphene-based transistors as a means to create low power, high gain logic gates.
Merging the ultra-strong nature of carbon nanotubes and mussel-inspired linker molecules renders high-strength fibres via a simple spinning process.
A novel polymer processing methodology to prepare thin films allows for increased crystallinity giving rise to improved properties.