Researchers explore how amoebae can be used to develop highly energy-efficient computing systems, aimed at solving complex ...

An AI platform turns literature into synthesis recipes, learns from failed experiments and finds successful conditions for ...

A thin interlayer stabilizes metal-assisted chemical etching, enabling precise, plasma-free fabrication of silicon ...

An atomic-scale double-slit experiment reveals how neighboring atoms vibrate together, offering a new way to study heat flow ...

Researchers develop a length-scalable robotic fish that can be adapted for studying shallow creeks to open water.

Continuous sound waves protect diamond spin qubits from environmental noise, tripling coherence time and advancing compact ...

Researchers show asymmetric diffusion of skyrmions in a structured environment, unveiling a new path towards unconventional ...

Chemically powered nanomachines synthesize and weave DNA into complex networks, opening a path toward programmable materials ...

Explore striking images of atoms, molecules and nanoscale structures captured by scanning probe microscopy, and vote for your ...

A fast computational method screens color centers for bright, efficient quantum emission, accelerating the search for materials for future quantum technologies.

Optics and semiconductor applications benefit from nanometer resolution and non-contact design. (Nanowerk News) The A-110 ...

Calcined fish scale waste improves a flexible triboelectric sensor that generates its own motion signals, enabling a nine ...