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Grafoid Signs Research and Development Deal for Advanced LFP-Graphene Batteries

Grafoid Signs Research and Development Deal for Advanced LFP-Graphene Batteries

Researchers Create Substantial Electronic Bandgap for High-Speed Graphene Electronics

Researchers Create Substantial Electronic Bandgap for High-Speed Graphene Electronics

Nanoscale Topography May Help Advance High-Speed Graphene Electronics

Nanoscale Topography May Help Advance High-Speed Graphene Electronics

Innovative Technique to Control Electrical Conductivity of Graphene

Innovative Technique to Control Electrical Conductivity of Graphene

Pan European Networks Newsletter Discusses Graphene Power

Pan European Networks Newsletter Discusses Graphene Power

New Study Provides Insights to Understand Graphene’s Full Potential

New Study Provides Insights to Understand Graphene’s Full Potential

Universal Method to Efficiently Measure Graphene Thickness Using Optical Microscope

Universal Method to Efficiently Measure Graphene Thickness Using Optical Microscope

Speaker Line-Up Announced for Graphene International Conference in April 2013

XG Sciences and Oak Ridge Collaborate to Develop Titanium-Graphene Composites

Electrons in Graphene Can Serve as Model Lab for Massless Particles

Electrons in Graphene Can Serve as Model Lab for Massless Particles

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