Researchers have produced a new breed of polymer nanomembranes with aligned supramolecular macrocycle molecules.

Researchers achieved better control silicon quantum dot qubits, allowing for higher-quality fabrication and use in wider applications.

A novel light-manipulating technology has been developed, that can be applied to lasers, sensors, and nonlinear optics.

Researchers have used common nanofabrication procedures to fabricate versatile metal semiconductor superlattices. These superlattices exhibit a long-sought physical phenomenon - the anisotropic anomalous Hall effect at room temperature.

Researchers have been able to show for the first time through their experiments that nanopore analytics allows them to distinguish molecules not only by their size, but also by their shape.

The new coating prevents a significant portion of near-infrared (NIR) and ultraviolet rays (UV) from passing through, while at the same time admitting visible light.