Read article: Playing with single electrons in designer atomic structures
Playing with single electrons in designer atomic structures
Physicists achieve a long-standing goal
Read article: Playing with single electrons in designer atomic structures
Read article: Tuneable superconductivity appears in topological insulator
Tuneable superconductivity appears in topological insulator
A key step towards making a quantum computer from these materials
Read article: Graphene twists again
Graphene twists again
Misalignment could help maintain high-temperature mobility in moiré superlattices made from the carbon sheet
Read article: 2D materials – from fab to fabricated with ease
2D materials – from fab to fabricated with ease
Recent reports tackle fabrication barriers for 2D materials and thin films
Read article: Spray-on antennas for the Internet of Things
Spray-on antennas for the Internet of Things
Devices are made of 2D titanium carbide and could make any object connected
Read article: Memristive metal-organic films made easy
Memristive metal-organic films made easy
New one-pot technique produces ultrathin, strong and transparent nanofilms for flexible electronics applications
Read article: Collective electron excitations break down quantum Hall effect in graphene
Collective electron excitations break down quantum Hall effect in graphene
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: Graphene plasmon devices take on quality and scale
Graphene plasmon devices take on quality and scale
Encapsulating graphene in hexagonal boron nitride enables tunable plasmon technologies and is now possible at large scales
Read article: Designer metal-organic frameworks grow on graphene
Designer metal-organic frameworks grow on graphene
2D honeycomb structures with complex, tuneable electronic properties might be used to realize exotic quantum materials, such as topological insulators
Read article: Topological superconductivity predictions tout graphene for quantum computing
Topological superconductivity predictions tout graphene for quantum computing
Descriptions of multilayer graphene superlattices with rotations between planes identify new states that may be useful for environmentally robust quantum bits
