An anisotropic charge distribution on individual atoms, such as σ-holes, may strongly affect
the material and structural properties of systems. However, the spatial resolution of such …

Submolecular charge distribution significantly affects the physical-chemical properties of
molecules and their mutual interaction. One example is the presence of a π-electron …

Biosensors based on graphene field-effect transistors have become a promising tool for
detecting a broad range of analytes. However, their performance is substantially affected by …

Hematite is a common iron oxide found in nature, and the α‐Fe2O3 (0001) plane is
prevalent on the nanomaterial utilized in photo‐and electrocatalytic applications. The atomic …

The atomically precise control over the size, shape and structure of nanographenes (NGs) or
the introduction of heteroatom dopants into their sp2‐carbon lattice confer them valuable …

Abstract Three-dimensional (3D) graphene is a promising active component for various
engineering fields, but its performance is limited by the hidebound electrical conductivity …

The ability to create a robust and well-defined artificial atomic charge in graphene and
understand its carrier-dependent electronic properties represents an important goal toward …

We use Kelvin probe force microscopy (KPFM) to probe the carrier-dependent potential of
an electrostatically defined quantum dot (QD) in a graphene/hexagonal boron nitride (hBN) …

Noble gases, notably xenon, play a pivotal role in diverse high‐tech applications. However,
manufacturing xenon is an inherently challenging task, due to its unique properties and …