Already a hungry consumer of niobium, Fangda has aspirations to expand its yearly output to sit in the same class as big hitters like Nippon Steel and POSCO. Tune in to get the full picture.

Theories have revealed the universality of the band tilting effect in topological Weyl semimetals (WSMs) and its implications for the material physical properties. However, the experimental ...

For over a century, copper has been the undisputed king of electrical conductivity. From power grids to the smallest microchips, it has fueled technological revolutions. But what if everything we ...

The team found the semimetal niobium phosphide conducted electricity better than copper in films that were only “a few atoms thick”. These films are compatible with the low temperatures required for ...

Radiological Health Handbook, compiled and edited by Div. Radiological Health, U. S. Dept. Health, Educ. and Welfare, 96 (1960). Rama Sastry, B. V., Weiland, R. L ...

Stanford University researchers have unveiled a material—niobium phosphide—that could revolutionize chip design by dramatically reducing energy loss in ultra-thin interconnects. The relentless pursuit ...

So, the race was on to find an ultrathin conductor that did not rely on single-crystalline films. The researchers worked with niobium phosphide, a material known to display unique electric properties, ...

A group at Stanford University has published a new paper showing that thin films of a material known as niobium phosphide (NbP) exhibit much higher conductivity than copper below a thickness of 5 ...

A group at Stanford University has published a new paper showing that thin films of a material known as niobium phosphide (NbP) exhibit much higher conductivity than copper below a thickness of 5 ...