A robotic platform automates heat treatment, XRD, and impact testing to generate process-structure-property data for ...
In the deepest region of the Earth's mantle, just above the core, much of the material consists of crystals of magnesium oxide. In larger rocky exoplanets called super-Earths, the higher pressures in ...
Water ice lost its cubic crystal symmetry under extreme compression, with evidence of a transition near 222 gigapascals.
A high-pressure torsion experiment found that nanometre-scale CrMnFeCoNi hardened as its grains grew, linking the anomaly to ...
Forty years after the Chornobyl disaster, tiny radioactive particles still linger in the soil, carrying a dangerous legacy.
A sliver of iron thinner than a human hair was squeezed to deep-Earth pressures between the tips of diamond anvils, then ...
At the European XFEL, a team has now concentrated X-ray flashes onto an area roughly 100,000 times smaller than the ...
Some of Chernobyl’s radioactive debris is more resilient than scientists expected, offering clues to when the material ...
Researchers combined extreme temporal precision with nanoscale focusing to set a new benchmark in X-ray laser physics.
BEE-PC2 is the follow-up mission to 'BEE-PC1', the ISS space medicine experiment that SpaceLynkTech conducted last year as a ...
Scientists at Brookhaven National Laboratory have developed a smart X-ray tool that can scan 500 air pollution particles in ...
Four decades after the Chernobyl disaster, scientists have found that radioactive particles released from the reactor remain ...
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