Read article: Squeezed graphene becomes a superconductor
Squeezed graphene becomes a superconductor
Pressure puts a new twist on magic-angle bilayers
Read article: Squeezed graphene becomes a superconductor
Read article: Can 2D materials contribute to consumer electronics?
Can 2D materials contribute to consumer electronics?
Researchers in the US outline how to address the mismatch between current fabrication capabilities and the requirements for exploiting the impressive electronics properties of 2D materials
Read article: Multiple excitons make a surprise appearance in 2D hybrid perovskites
Multiple excitons make a surprise appearance in 2D hybrid perovskites
The discovery of excitons with distinct properties in hybrid organic–inorganic perovskites could open the door to tunable electronic devices
Read article: Pristine graphene produces giant photoresponse
Pristine graphene produces giant photoresponse
New finding could be important for developing more efficient and ultrafast photodetectors and perhaps even improved solar panels
Read article: Twistronics pioneers win Physics World 2018 Breakthrough of the Year
Twistronics pioneers win Physics World 2018 Breakthrough of the Year
Physics World journalists discuss the research highlights of 2018
Read article: Topological off-on switch could make new type of transistor
Topological off-on switch could make new type of transistor
Devices might be the answer to the increasing challenge of energy wasted in modern CMOS-based computing
Read article: Taking graphene from wonder material to real-world technologies
Taking graphene from wonder material to real-world technologies
Companies find common ground at the Graphene Engineering and Innovation Centre launch to explore new avenues for commercializing graphene and 2D materials
Read article: Model tackles nonlinear optics in 2D materials
Model tackles nonlinear optics in 2D materials
A freshly derived equation sheds light on the nonlinear responses in graphene and related materials
Read article: Varying graphene’s conductivity modulates THz wave
Varying graphene’s conductivity modulates THz wave
Graphene controls the Brewster angle of reflection and allows record-breaking control of terahertz beams
Read article: Cool graphene composites block EM radiation
Cool graphene composites block EM radiation
Dual-functionality materials not only shield electronic devices from electromagnetic waves, they also dissipate excess heat in these devices at the same time
