2D sheets help make liquid logic
Aqueous trapped ions could allow for nanofluidic computing say NIST researchers
Read article: 2D sheets help make liquid logic
Read article: 2D sheets help make liquid logic
In situ measurements reveal cobalt-decorated graphene behaviour
Quantum transport measurements of cobalt-decorated graphene provide insights for applications in computing technology
Read article: In situ measurements reveal cobalt-decorated graphene behaviour
High-quality bilayer graphene goes large
Epitaxial graphene growth and dry transfer may be the key to obtaining large, high-quality graphene samples
Read article: High-quality bilayer graphene goes large
Frictionless flow in 2D channels
Gas transport in atomically flat nanoslits made from graphene and boron nitride is much faster than predicted by Knudsen theory
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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
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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
