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New Graphene That Can Store More Energy and Release it Rapidly

New Graphene That Can Store More Energy and Release it Rapidly

Quantum Properties of Bilayer Graphene May be Harnessed to Create New Quantum Field Effect Transistor

Quantum Properties of Bilayer Graphene May be Harnessed to Create New Quantum Field Effect Transistor

Graphene Exhibits Varying Mobility and Conductivity Levels

Graphene Exhibits Varying Mobility and Conductivity Levels

Graphene Nano-composites Increase Ceramic Resistance to Cracks

Graphene Nano-composites Increase Ceramic Resistance to Cracks

Graphene to be Used in Spintronics After Having Been Made Magnetic

Graphene to be Used in Spintronics After Having Been Made Magnetic

Thermoelectric Cooling Effects Pronounced at Graphene Contacts

Thermoelectric Cooling Effects Pronounced at Graphene Contacts

Graphene-Like Silicene for Electronic Applications

Graphene-Like Silicene for Electronic Applications

Nanotechnology Measurement Methods Explained in Online Paper

Nanotechnology Measurement Methods Explained in Online Paper

Award from NSF to Research on Graphene

Award from NSF to Research on Graphene

Graphene Nanoribbons Conduct Electricity

Graphene Nanoribbons Conduct Electricity

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