Subnanometer materials (SNMs) refer to nanomaterials with a feature size close to 1 nm,
similar to the diameter of a single polymer, DNA strand, and a single cluster/unit cell. The …

Self‐hygroscopic hydrogels, characterized by high evaporation enthalpy, cooling efficiency,
and self‐regulating properties, have garnered significant attention. However, most current …

We use electrostatic force microscopy to spatially resolve random telegraph noise at the
Si/SiO2 interface. Our measurements demonstrate that two-state fluctuations are localized at …

As traditional computing technologies near their physical limits, the demand for beyond-
CMOS alternatives intensifies. Among these, Field-coupled Nanocomputing (FCN) emerges …

Atomic-level manufacturing is fundamentally concerned with the precise removal, addition,
and migration of material at the atomic and close-to-atomic scale (ACS). Tip-based …

Atomic-scale control of photochemistry facilitates extreme miniaturisation of optoelectronic
devices. Localised surface plasmons, which provide strong confinement and enhancement …

Scanning probe microscopy (SPM) techniques have shown great potential in fabricating
nanoscale structures endowed with exotic quantum properties achieved through various …

We consider carbon monoxide (CO) confined in the hydrogen-bonded building blocks of sI
and sII clathrate hydrates, viz.,(512, 51262, 51264) cages, within the density functional …

Dangling bonds (DBs) are common defects in silicon that affect its electronic performance by
trapping carriers at the in-gap levels. For probing the electrical properties of individual DBs …

Due to recent advances in atomically precise manufacturing [11] of Silicon Dangling Bonds
(SiDBs,[1]) making Field-coupled Nanocomputing (FCN,[3]) a reality, efficient physical …