From smartphones and data centers to electric vehicles and next-generation quantum systems, the technology that powers daily ...

Tungsten oxide nanocrystals engineered with oxygen vacancies absorb near-infrared light and enhance photocatalytic breakdown ...

MOMS CAN MEET MUSEUM STAFF ON THE ART TRAIL AT THE CRYSTAL BRIDGES MUSEUM OF AMERICAN ART FOR A FREE SEDUM PLANT GIVEAWAY. A TOKEN OF APPRECIATION FOR SPECIAL MOTHER FIGURES IN YOUR LIFE.

The phone has been ringing off the hook for Lewis Black after China imposed export controls on tungsten, a niche metal mined by his firm that’s crucial to weapons manufacturing. The chief ...

In one dramatic example of the necessity of predicting crystal structures, scientists in the late 1990s discovered that capsules of the HIV drug ritonavir later transformed from the known crystal ...

The research, published in the Proceedings of the National Academy of Sciences , demonstrates the first experimental platform for studying how crystal structures respond when systematically and ...

For ITER, tungsten was selected for the divertor due to its exceptional ... First, the scientists looked at the Pauling file database, a large collection of known inorganic crystal structures, and ...

Organizing tasks and employees produces a company structure. "Mechanistic" describes the strictest and most formal of these structures. A mechanistic organization has fine divisions of labor ...

The first crystal structure of an alternative DNA shape from the insulin gene has been revealed by a UCL-led research team. DNA is widely accepted to be formed of two strands that wind around one ...

A tokamak reactor in France called WEST recently upgraded from a carbon interior to one made of tungsten and successfully contained plasma at 50 million degrees Celsius for six minutes at higher ...

It is hard to coax electrons to form a crystal, and even harder to measure this structure. But physicists have now managed to directly image a “Wigner crystal” – and their images are the ...

Google's AI research division, Google DeepMind, used an AI tool called ``GNoME'' to discover 2.2 million new crystal structures that are theoretically stable but have not been experimentally realized.