Single-molecule junctions (SMJs) offer a novel strategy for miniaturization of electronic
devices. In this work, we realize a graphene-porphyrin-graphene SMJ driven by electric field …

Quantum states of atomic systems can be directly addressed using quantum optical
microscopes. However, solid-state microscopy techniques cannot typically achieve both …

Halogen bonding (HB) has emerged as a promising route for designing supramolecular
assemblies due to its directional nature and versatility in modifying interactions through the …

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 …

Integration of molecular switching units into complex electronic circuits is considered to be
the next step towards the realization of novel logic and memory devices. Here, we report on …

Acenes and azaacenes lie at the core of molecular materials' applications due to their
important optical and electronic features. A critical aspect is provided by their heteroatom …

The spatial arrangement of adsorbates deposited onto a clean surface under vacuum
typically cannot be reversibly tuned. Here we use scanning tunneling microscopy to …

Controlling the surface diffusion of particles on 2D devices creates opportunities for
advancing microscopic processes such as nanoassembly, thin-film growth, and catalysis …

We investigate the electromigration forces for weakly bonded adsorbates on graphene by
using density-functional based calculations. We find that the nature of electromigration …

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