A proposed platform uses nanoparticles or magnetic levitation to spot a "fingerprint" for COVID-19 diagnosis and checking death risk.

A new imaging technique sends nanoparticles into living cells to reveal important information about cell structure—including how tumor cells physically change as they form a tumor.

The super-thin, stretchy material could be useful in medical wearable electronics because it's so breathable. That makes it better for long-term use.

A technology researchers originally developed to treat wastewater could potentially be useful in capturing and killing the coronavirus.

Tiny nanocardboard probes that weigh less than a fruit fly could levitate through the Martian skies to gather data.

Scientists have designed plate-nanolattices, nanometer-sized carbon structures, that are stronger than diamonds as a ratio of strength to density.

Researchers created synthetic microparticles more complex than the most intricate in nature. They could improve sensors, electronics, and more.

New research on Russian doll-like nanotubes could pave the way for their use in solar panels.

Researchers were baffled when they lined up nanotubes side by side like dry spaghetti. New research explains how it happened.

A new method could tackle the antibiotic-resistant genes of superbug bacteria with a "trap and zap" method. It could keep resistance from spreading.