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A Widely Tunable Bandgap in Bilayer Graphene

Graphene is the two-dimensional crystalline form of carbon, whose extraordinary electron mobility and other unique features hold great promise for nanoscale electronics and photonics. But there's a catch: graphene has no bandgap.

From Lawrence Berkeley National Laboratory 10 Jun 2009

Formation of Interconnected Carbon Nanostructures on Graphene Substrate in a Simple Assembly Process

Engineers from the University of Pennsylvania, Sandia National Laboratories and Rice University have demonstrated the formation of interconnected carbon nanostructures on graphene substrate in a simple assembly process that involves heating few-layer graphene sheets to sublimation using electric current that may eventually lead to a new paradigm for building integrated carbon-based devices.

10 Jun 2009

Nanomaterials News

A Widely Tunable Bandgap in Bilayer Graphene

Formation of Interconnected Carbon Nanostructures on Graphene Substrate in a Simple Assembly Process

First Use of a Fundamentally New Approach in the Quest to Snare the Holy Grail of Lighting Industry

New Process for the Production of Tin Sulfide Nanotubes

Nanocyl 7000 Multi-Wall CNT Selected by Shinil Chemical Industry for ESD Packaging

Nanometrics Receives Follow-On Order for Atlas Metrology System Equipped with NanoCD Capability

SAFENANO Co-Hosts Pre-Conference Workshop on Nanotechnology Risk Management at NanoMaterials '09

Completely New Material Having Significance in Carbon-Carbon Composite Field and Other Applications

Aerosol Jet System to Be Used for the Development of Organic Thin Film Transistors

Making Nanoparticle Films Strong Enough so They Don't Disintegrate at the Slightest Touch

Cigarette Waste as a Source for Sustainable Supercapacitors

Co-Solvent-Driven Laser Assembly of Gold Nanorods

Novel Technique Dramatically Increases Graphene's Elasticity

Nanotubes Stabilize Carbyne, Paving Way for Advanced Electronics

Laser-Induced Graphene for Printable and Biomedical Applications

Breaking Barriers in Thin-Film Deposition with ATLANT 3D’s DALP Technology

Overcoming Nanogold Production Challenges

Electrospinning and the Future of Nanotechnology

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Next Generation Magnetic Force Microscopy with PeakForce Probes

Unlocking Material Behavior at the Microscale Using Nanoindentation

Utilizing Back-Gate Voltage Biases for 2D Materials

Resistivity Metrology for Sputtered ITO Thin Films