Plasmonic waveguides are tiny structures that guide light by coupling it with electrons on a metal surface. The new flexible ...

Researchers are using molecular motors as a new tool for medical intervention to target and destroy cancer cells.

A new optical technique lets scientists control topological solitons in ferroelectric materials, paving the way for ...

Bacteria inside Norway spruce needles convert dissolved gold from mineral-rich soils into solid nanoparticles, revealing a ...

Using APF-80, the researchers successfully captured and resolved the structures of 12 nucleophilic compounds using X-ray diffraction. These included naturally occurring alkaloids like caffeine and ...

A single-step high-pressure industrial process replaces complex irradiation methods, producing quantum-grade nanodiamonds ...

Researchers developed a chip-based single-phonon directional coupler that carries out controllable splitting and achieves ...

Theoretical astrophysicists have developed a numerical code to describe with high mathematical precision how black holes ...

Three-dimensional magnetic vortices in synthetic antiferromagnets move differently than magnetic vortices in two dimensions.

Magnetically guided microrobots coated with bacteriophages penetrate and dismantle bacterial biofilms, achieving targeted ...

New findings show germanium-tin alloys could surpass silicon by enabling efficient spintronic, photonic, and quantum device ...

Silicides could advance quantum hardware, but phase purity is difficult; a new study finds hafnium oxide substrates help ...