The band structure of a representative three-dimensional ... The energy bands of two-dimensional graphene (right) are smooth-sided cones, which meet at the Dirac point. Disclaimer: AAAS and ...

“Although a wide range of [superconductor] correlated phenomena have indeed been observed in the moiré TMDs, robust ...

Twisting two sheets of graphene at a 1.1° angle, dubbed the "magic angle," creates a "flat band" structure, meaning the electrons across a range of momentum values all have roughly the same energy.

The advent of van der Waals (vdW) materials, especially graphene, has opened new avenues for band structure engineering through gating and moiré heterostructures, which can modify energy bands ...

“Several theory groups have speculated that analogues of these structures could emerge in quantized anomalous Hall systems, ...

Additionally, graphene also has potential to be used as photoactive material, since its bandgap and band-position can be induced and tuned ... of catalysis because of its unique two-dimensional ...

By capitalizing on the "valley," a quantum state in an electron's energy structure that functions ... With its tunable band gap, bilayer graphene stands as a foundational platform for advanced ...

The breakthrough came from Ruiheng Su, an undergraduate student at UBC, who observed a unique configuration in twisted ...

The results were incredibly promising. "The homogeneous fibrous structure of graphene embedded with nanodiamond showed significant stability in harsh plasma environments," Sankaran says.

By capitalizing on the "valley," a quantum state in an electron's energy structure that functions ... With its tunable band gap, bilayer graphene stands as a foundational platform for advanced ...