By engineering dense networks of atomic-scale defects, researchers strengthen metal alloys and improve their resistance to ...

A new study demonstrates that the even or odd number of molecules in a quantum chain determines how it connects to a ...

Researchers developed an ultrathin interfacial coating that reduces resistance between electrodes and electrolytes, improving ...

A flexible nanocellulose film absorbs moisture from the air and releases it through evaporation, cooling electronic devices ...

A photochemical reaction creates two organic semiconductors, with one showing five times higher predicted charge mobility, ...

Researchers develop a beetle-inspired soft robot with 3D-printed artificial muscles, carbon nanotube sensors, and ...

Scientists uncover how nanoscale domains form and grow in hafnium zirconium oxide, offering insights for faster, more ...

Electric-field assembly places single 2D semiconductor flakes across thousands of transistor channels, removing resistive ...

Simulations reveal how optical skyrmions can guide magnetic skyrmion motion, opening new possibilities for light-controlled ...

Researchers use oxygen released from oxide barriers to control where 2D semiconductor crystals form, enabling precise ...

Researchers converted discarded plastics into reusable water-harvesting materials that absorb moisture even in dry conditions and release it with mild heating, potentially using sunlight.

Researchers identify a hidden Zeeman field in odd-parity magnets that could stabilize topological superconductivity and ...