Forty years after the 1986 Chernobyl accident, some of the tiny radioactive “hot particles” still lying in Ukrainian soil have kept much of the reactor fuel’s original crystal structure. The finding ...

The dark, almost black skin of the Arringatore, the life-size bronze Etruscan orator in the National Archaeological Museum of ...

Some of Chernobyl’s radioactive debris is more resilient than scientists expected, offering clues to when the material ...

Forty years after the Chornobyl disaster, tiny radioactive particles still linger in the soil, carrying a dangerous legacy.

Researchers have combined flame spray pyrolysis and electrospinning to create chitosan-containing nanofiber dressings that release sustained silver ions from embedded sub-10-nm nanoparticles, showing ...

Scientists found six Chernobyl radioactive particles retained their original structure after 40 years, offering insights into long-term nuclear contamination.

A robotic platform automates heat treatment, XRD, and impact testing to generate process-structure-property data for ...

This application note demonstrates the use of Raman spectroscopy to analyze the structural properties of carbon materials. Researchers performed chemical imaging on mechanical pencil refills of ...

Combined measurements and simulations on single-crystal MAPbI3 show that disorder from the confined motion of organic molecules, not weak bonding alone, produces the material's ultralow, weakly ...

Researchers developed a rapid, one-pot method that used sunlight and a commercial vincristine formulation to form gold ...

A technique called time-resolved X-ray liquidography has been used to shed precision light on the steps involved in a classic ...

On June 30, 2026, Anthropic announced "Claude Science," an AI workbench for researchers, on its official blog. It allows ...