An ultrafast optical experiment measures a hidden electronic property that helps shape how crystals respond to light.

University of Glasgow researchers are part of an international collaboration that could lead to a new generation of quantum ...

Scientists have developed a way to choose exactly where an extremely thin semiconductor crystal begins growing. In ...

A new review in the Journal of Materials Science charts how MXene nanosheets dramatically improve liquid crystal performance, ...

Photonic time crystal research takes a new turn: Harbin Institute of Technology physicists showed a common gas discharge tube ...

Semiconductor crystals in thin films grow from tiny nuclei, and where and how many of these nuclei form strongly influence the size, uniformity and other properties of the crystal. A leading approach, ...

A January 2027 special issue of the Journal of Pharmaceutical Investigation will spotlight how particle engineering and ...

ALPHA | Overview of Technology◾️What is ICL Group's SciTech?Technology to convert Dead Sea mineral resources into functional ...

Researchers entangle two magnon modes in two millimeter-sized yttrium-iron-garnet spheres using a superconducting qubit, ...

Mason Wakley tells the full story of how Henri Kagan and Kensō Soai's work on non-linear effects and asymmetric autocatalysis ...

Researchers developed a terbium(III) complex with salicylic acid hydrazide that produced predominantly green luminescence and ...

For more than a decade, halide perovskites have dazzled researchers with their extraordinary ability to absorb X-rays and ...