As quantum technologies develop, a specific class of electrically conducting materials is
rapidly gaining interest because they not only form the core quantum‐enabled elements in …

The weak interlayer coupling in van der Waals solids allows isolation of individual atomic or
molecular layers with remarkable electrical, optical, and structural properties. The …

Scalable micro graphene Hall sensors (μGHSs) hold tremendous potential for highly
sensitive and label-free biomagnetic sensing in physiological solutions. To enhance the …

The impact of the intrinsic time-dependent fluctuations in the electrical resistance at the
graphene–metal interface or the contact noise, on the performance of graphene field-effect …

Low-frequency 1/f γ noise is ubiquitous, even in high-end electronic devices. Recently, it
was found that adsorbed O2 molecules provide the dominant contribution to flux noise in …

A series of fully suspended reduced graphene oxide (RGO) photodetectors were fabricated
based on free-standing thermally reduced graphene oxide (GO) thin films with various …

We have previously shown that one-dimensional edge contact to two-dimensional
heterostructure field effect transistors with a graphene channel, and hexagonal boron nitride …

Self-powered ultra-broadband photothermoelectric photodetectors based on free-standing
reduced graphene oxide (RGO) films annealed under various temperatures (200–1000° C) …

The emergence of multiple Dirac cones in hexagonal boron nitride (hBN)–graphene
heterostructures is particularly attractive because it offers potentially better landscape for …

Low frequency resistance variations due to mobility fluctuations is one of the key factors of
1/f noise in metallic conductors. According to theory, such noise in a two-dimensional (2D) …