Black phosphorus composite makes a better battery
New anode material could allow electric vehicles to travel 600 miles on a single charge, say researchers
Read article: Black phosphorus composite makes a better battery
Read article: Black phosphorus composite makes a better battery
2D materials grow directly on optical fibres
New hybrid might find applications in optoelectronic devices
Read article: 2D materials grow directly on optical fibres
Diamond microscope probes magnetism in 2D materials
Researchers image domain wall reversal in an ultrathin van der Waals ferromagnet for the first time
Read article: Diamond microscope probes magnetism in 2D materials
Rippling graphene harvests thermal energy
New technology could deliver “clean, limitless, low-voltage power for small devices”
Read article: Rippling graphene harvests thermal energy
Cinzia Casiraghi: celebrating the contributions of female scientists to 2D materials
Cinzia Casiraghi talks to Matin Durrani about a publishing project devoted to female contributions to 2D materials
Read article: Cinzia Casiraghi: celebrating the contributions of female scientists to 2D materials
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
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
