A purified insect olfactory receptor on graphene converts molecular binding into electrical signals and retains enough ...

Gaining new insights into the properties and targeted modification of semiconductor surfaces more easily and quickly than ...

A reusable magnetic MOF removes over 95% of microplastics and nanoplastics, plus some PFAS and other pollutants, from ...

A modular enzyme platform converts carbon dioxide and renewable hydrogen into seven amino acids, pointing toward more ...

Planar light-responsive nanofluidic memristors combine ionic memory, programmable weights, logic, and in-sensor processing in ...

Lithium remains on borophene’s surface, donates charge and distorts its lattice, revealing how chemical modification could ...

The Milky Way may have undergone a dramatic change in orientation during its history, according to new research that helps ...

Scientists have successfully demonstrated a breakthrough in how sensitive radio telescopes can be used to significantly ...

A new initiative aims to develop research-focused AI and build scientific infrastructure for faster discovery in the AI era.

A five-axis air-bearing nanopositioning system combines planar XY motion with Z and tip-tilt control for precise, ...

Riding a miniature magic carpet Magnetically aligning graphite particles strengthens their diamagnetic levitation properties.

Researchers have created a device that enables them to control the flow of electrons through a semiconductor using only laser ...