Dual-functionality materials not only shield electronic devices from electromagnetic waves, they also dissipate excess heat in these devices at the same time
Read article: Cool graphene composites block EM radiation
The establishment of a graphene foundry provides a leg up for a research field beset by poor quality control
Read article: The value of sorting graphene flakes from fakes
Physicists achieve a long-standing goal
Read article: Playing with single electrons in designer atomic structures
A key step towards making a quantum computer from these materials
Read article: Tuneable superconductivity appears in topological insulator
Misalignment could help maintain high-temperature mobility in moiré superlattices made from the carbon sheet
Read article: Graphene twists again
Recent reports tackle fabrication barriers for 2D materials and thin films
Read article: 2D materials – from fab to fabricated with ease
Devices are made of 2D titanium carbide and could make any object connected
Read article: Spray-on antennas for the Internet of Things
New one-pot technique produces ultrathin, strong and transparent nanofilms for flexible electronics applications
Read article: Memristive metal-organic films made easy
New measurements will not only be important for fundamental physics but also for applying the effect as a resistance standard for redefining the kilogram
Read article: Collective electron excitations break down quantum Hall effect in graphene
Encapsulating graphene in hexagonal boron nitride enables tunable plasmon technologies and is now possible at large scales
Read article: Graphene plasmon devices take on quality and scale
