We present the science and technology roadmap for graphene, related two-dimensional
crystals, and hybrid systems, targeting an evolution in technology, that might lead to impacts …

Graphene nanoribbons are the class of next-generation carbon materials that are attracting
many researchers in various research fields. Their unique properties, such as band gap …

Replacing GaAs by graphene to realize more practical quantum Hall resistance standards
(QHRS), accurate to within 10− 9 in relative value, but operating at lower magnetic fields …

By using high-magnetic fields (up to 60 T), we observe compelling evidence of the integer
quantum Hall effect in trilayer graphene. The magnetotransport fingerprints are similar to …

We report a nonsaturating linear magnetoresistance in charge-compensated bilayer
graphene in a temperature range from 1.5 to 150 K. The observed linear magnetoresistance …

We have systematically studied the electromagnetic transport properties of PbTe thin films
under gate voltage modulation. The system demonstrates pronounced electron–electron …

Graphene, with spin and valley degrees of freedom, fosters unexpected physical and
chemical properties for the realization of next‐generation quantum devices. However, the …

We report on the stability of the quantum Hall plateau in wide Hall bars made from a
chemically gated graphene film grown on SiC. The ν= 2 quantized plateau appears from …

We perform magnetotransport measurements in lithographically patterned graphene
nanoribbons down to a 70 nm width. The electronic spectrum fragments into an unusual …

The quantum Hall effect is widely used for the investigation of fundamental phenomena,
ranging from topological phases to composite fermions. In particular, the discovery of a room …