New structures could be an alternative to silicon in next-generation semiconductor technology
Read article: Ultra-large crystals of 2D tungsten disulphide grown for the first time
New work could aid the development of transistor-like devices that use electrically neutral energy carriers
Read article: Strain guides the flow of excitons in 2D materials
Two-dimensional version of iron oxide could be used as a lubricant in micro-electro-mechanical systems
Read article: Quantum effects make magnetene surprisingly slippery
New technique uses Feshbach resonances to adjust interactions in 2D materials
Read article: Electric fields make a ‘tuning knob’ for solid-state systems
Nanostructured metasurface overcomes a previous limitation for these materials
Read article: Chalcogenide glasses open up to visible and ultraviolet wavelengths
Coherent light generation from ultrathin semiconductor crystals paves the way for creating novel nanolasers and valleytronic devices
Read article: Atomically thin lasers shine for the first time at room temperature
Luis Foà Torres and Sergio O Valenzuela delve into the ongoing mystery of graphene’s perplexing non-local response and the “valley Hall effect”
Read article: A valley of opportunities: delving into graphene’s perplexing non-local response
Random stacking of 2D nanosheets could help cool nanoelectronic devices
Read article: Record-high thermal conductivity anisotropy comes with a twist
New technique uses ultrasound to measure the strength of atomic bonds and forces in different phases of indium selenide
Read article: How fast does sound travel through 2D materials? It depends on how their layers stack
Local magnetic moments have been spotted emerging from electron–electron interactions in an organic system for the first time
Read article: Kagome geometry produces magnetism in a 2D organic material
