Hamish Johnston looks at what has happened since the 2018 Physics World Breakthrough of the Year for the discovery of magic-angle graphene
Read article: A decade of Physics World breakthroughs: 2018 – Discovery of ‘magic-angle graphene’
Researchers use a scanning probe imaging technique to confirm Poiseuille electron flow
Read article: Electrons flow like water in ultra-pure graphene
Quantum dots in graphene containing pentagonal defects might be used as quantum sensors
Read article: Molecular graphenoids make coherent spin centres
Exciton energy is critical to the light-emitting performance of quasi-2D perovskites
Read article: Managed triplets improve perovskite LEDs
Latest work on twisted carbon sheet could allow researchers to investigate strongly correlated physics in a simple platform
Read article: Magic-angle graphene reveals a host of new states
New methodology vertically aligns 2D materials
Read article: 3D printing technique improves vertical conductivity of 2D materials
Prototype health monitors developed from graphene photodetectors can provide flexible and transparent monitoring of heart rate, cardiac cycle and UV exposure
Read article: Transparent graphene wearables monitor signs of health
From electronic skyrmions and antiferromagnetic topological insulators to the industrial prospects of 2D materials we report from San Sebastian
Read article: Trends in Nanotechnology: nano pioneers celebrate the conference’s 20th anniversary
Researchers observe exotic state at 100 K, a result that bodes well for coherent optoelectronics applications and perhaps even high-temperature superconductivity
Read article: Exciton condensation breaks new temperature record
The carbon sheet can no longer be considered as a purely 2D material as far as certain mechanical properties are concerned say researchers
Read article: High-pressure experiments reveal graphene’s 3D nature
