Super spins appear in carbon sheet
Researchers say they have seen evidence for spin superfluidity and very long distance spin transport in a graphene antiferromagnet for the first time
Read article: Super spins appear in carbon sheet
Read article: Super spins appear in carbon sheet
Reducing the contact resistance in 2D semiconducting transistors
The devices also boast short channel lengths, high channel conductance and excellent switching characteristics
Read article: Reducing the contact resistance in 2D semiconducting transistors
Fascinating fractals appear in graphene superlattices
Applying a magnetic field to the carbon material produces recurring delocalized Bloch states
Read article: Fascinating fractals appear in graphene superlattices
Gallenene grows on silicon
Researchers successfully take on the challenge of growing gallenene on silicon using a buffer layer
Read article: Gallenene grows on silicon
AFM detects heteroatoms in graphene nanoribbons
Technique could be a general way to analyse technologically important functionalized 2D carbon materials
Read article: AFM detects heteroatoms in graphene nanoribbons
So many materials
Prospects for creating commercial devices based on graphene and other 2D materials
Read article: So many materials
Higher-order eigenmodes improve piezoresponse force microscopy
New technique reduces unwanted artifacts and increases sensitivity so excessively stiff cantilevers are no longer needed
Read article: Higher-order eigenmodes improve piezoresponse force microscopy
Anyons could be spotted using scanning tunnelling microscopy
Quasiparticles should congregate at graphene defects
Read article: Anyons could be spotted using scanning tunnelling microscopy
Graphene meets the standard for industry
Intellectual property specialists and production companies welcome the standards set by the International Organization for Standardization defining when a material is and isn’t graphene
Read article: Graphene meets the standard for industry
How did complex carbon-based nanostructures form in space?
New experiments could shed more light on how the chemical precursors of life might have been created in the Universe, and in particular in our galaxy
Read article: How did complex carbon-based nanostructures form in space?
