Flat bands appear in buckled graphene superlattices
Result offers a new way of creating correlated states in 2D carbon, physicists say
Read article: Flat bands appear in buckled graphene superlattices
Read article: Flat bands appear in buckled graphene superlattices
Twisted bilayer graphene responds strongly to infrared light
Findings could lead to a new class of sensitive IR detectors based on carbon sheets
Read article: Twisted bilayer graphene responds strongly to infrared light
Diamond defects reveal viscous currents in graphene
Researchers image nanoscale magnetic field fluctuations in 2D carbon at room temperature
Read article: Diamond defects reveal viscous currents in graphene
Creating new technologies using 2D materials, supernova wreaked havoc on Earth, quantum go versus AI
Deji Akinwande and Logan Chipkin are our guests this week
Read article: Creating new technologies using 2D materials, supernova wreaked havoc on Earth, quantum go versus AI
Nanostructured topological insulator growth speeds up
Technique produces highly conductive crystalline nanoribbons and could be used to make even thinner materials in the future
Read article: Nanostructured topological insulator growth speeds up
Mediator atoms help graphene self-heal
Hitherto unseen fast-moving "helpers" catalyse many restructuring processes
Read article: Mediator atoms help graphene self-heal
5G switching gets a 2D boost
Components based on atomically thin sheets of boron nitride could find their way into smartphones, mobile systems and Internet of things devices
Read article: 5G switching gets a 2D boost
‘Magic-angle’ graphene doubles up
New platform could be used to investigate high-temperature superconductivity and correlated quantum phases
Read article: ‘Magic-angle’ graphene doubles up
Graphene-based strain sensor can detect a feather’s touch
Nanomaterials in highly flexible polymer can make a wide range of strain measurements
Read article: Graphene-based strain sensor can detect a feather’s touch
‘Twistronics for photons’ brings tunable diffraction-free light rays
Experiments reveal a photonic analogue for electron superconductivity in twisted bilayer graphene
Read article: ‘Twistronics for photons’ brings tunable diffraction-free light rays
