Researchers reveal how pressure creates microscopic cracks between liquid metal droplets, forming electrical pathways in soft ...

Researchers developed ultrabright, near-infrared fluorescent nanosheets based on a 4,500-year-old Egyptian pigment, offering ...

Researchers form a 20-nanometer silicon nitride layer without conventional sintering additives, enabling detailed imaging of its atomic framework and spectroscopic analysis of its chemical bonds.

By analyzing protein coronas across 42 nanomaterials, researchers identified how surface charge, PEGylation and shape influence cellular uptake and immune evasion, enabling more predictable ...

Researchers engineered angstrom-scale water channels in polymer membranes to separate lithium from magnesium-rich brines, ...

A seemingly ordinary flash of gamma rays followed by an unusually bright afterglow points to a powerful stellar jet lurking ...

From egg-white substitutes to food colorants, precision fermentation offers new ways to produce food ingredients, but scaling ...

Bacillus subtilis can grow a semiconductor on its surface and use light generated electrons to boost chemical production ...

Simulations show that accelerating biochemical reactions could boost DNA-based particle motor speeds beyond 200 nanometers ...

New simulations challenge the idea that comets brought life's building blocks to Earth, finding that fragile molecules were unlikely to survive their impacts.

A nanostructured reflection zone plate combines soft X-ray imaging and spectroscopy in one optical element, enabling 27-fold faster imaging of circular test patterns.

A beamstop-free X-ray scattering method captures plasma structures across multiple scales with sub-picosecond resolution, revealing how nanometer-scale expansion affects laser energy absorption.