Researchers at Osaka University have revealed a link between the equations describing strain caused by atomic dislocations in ...

COMSOL has introduced a new online resource that provides free and open access to modelling and simulation learning material ...

This story originally appeared in the Statehouse Spotlight newsletter published by Mountain State Spotlight. Get coverage of ...

UniSource Energy Services – sister company to Tucson Electric Power – held two public meetings on March 20 to collect input ...

A controversial new study has claimed that it is possible to generate electricity using the Earth's rotation, its magnetic ...

The community of Dryden and its region will have an opportunity today to learn more about the second phase of the Waasigan Transmission Line, which will run from Dryden to ...

We tied 7th in the UK for the quality of our Physics research environment, with 75% considered to be conducive to producing research of world-leading quality and enabling outstanding impact, in terms ...

Using the analogous Biot-Savart law from electromagnetism, it will be possible to analytically determine the effect of dislocations, instead of the more arcane Cartan Structure Equations.

Led by researchers at the University of Eastern Finland, a recent study demonstrates that random light acquires an additional phase factor, known as the geometric phase, when its oscillation ...

Using the analogous Biot-Savart law from electromagnetism, it will be possible to analytically determine the effect of dislocations, instead of the more arcane Cartan Structure Equations.