Localized heating could be the key to mass-producing graphene nanocircuits

[Thomas Moos]

Scientists from the Georgia Institute of Technology have documented a major breakthrough in the production of nanocircuitry on graphene, a material that many envision as the successor of silicon for our electronics needs. Using thermochemical nanolithography (TCNL), the team found that the electrical properties of reduced graphene oxide (rGO) can be easily tuned to reliably produce nanoscale circuits in a single, quick step...
Continue Reading Localized heating could be the key to mass-producing graphene nanocircuits

Tags: Electronics,
Engineering,
Georgia Tech,
Graphene,
Nanoscale,
Nanostructures,
Nanowires



Related Articles:

• Researchers take first steps towards strain-based graphene engineering


• Breakthrough promises faster graphene based computer chips


• Adding graphene could mean cheaper Lithium-ion batteries


• Graphene interconnects could help keep pace with Moore’s Law


• Heat conducting graphene could cool electronics


• Newly-developed 'graphone' makes spintronic devices closer than ever

Weiterlesen...