“It opens the door to combining entirely new classes of 2D materials — such as metals with insulators or magnets with semiconductors — to create custom-built materials from the ground up,” Iyengar ...

In a world increasingly driven by high-speed communication and low-power electronics, a team of researchers from the National ...

Shengxi Huang explains why Picoquant’s instruments are helping her to develop 2D materials that are highly efficient sources ...

wherein both conformational changes and lattice distortions occur simultaneously in the crystal lattice. The study indicates that a nucleation and growth mechanism is compatible with concerted ...

The discovery of superconductivity in twisted bilayer graphene sparked interest in the electronic properties of similarly distorted 2D crystal lattices. The twisted structure is created by ...

Within that family of ultrawide bandgap devices, AlN has generated significant attention for many years. Judged by various ...

These so-called optical lattices act as versatile potential landscapes ... potentials is described in terms of Bloch waves with crystal momentum q. However, an additional harmonic confinement ...

Raman measurements confirm the 2D crystal nature of the material, and the presence of a bandgap leads to high on/off current ratios and current saturation in the transistors at room temperature. In ...

The salts formed between 4-dimethylaminopyridine and fumaric acid included one or two fumaric acid molecules within the crystal lattice. Thus, the reported grid of crystal forms demonstrates the ...