Surface acoustic waves can induce an exciton drift velocity of up to 600 m/s in a transition metal dichalcogenide
Read article: Dynamic control over exciton transport achieved at room temperature
New finding could help researchers study the interplay between superconductivity and magnetism
Read article: Magic-angle graphene switches from superconductor to ferromagnet
First experimental demonstration shows that phosphorene nanoribbons provide a promising route towards high-performance solar cells
Read article: Two-dimensional nanoribbons make more efficient perovskite solar cells
Noise and Casimir–Polder force reduced by 2D conductor
Read article: Graphene could boost the performance of atom chips
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
