for applications from photovoltaics to semiconductors and, importantly, spintronics," he said.
By using CCNI, Meunier was able to complete these sophisticated calculations in a few months.
"Without CCNI, these calculations would still be continuing a year later and we would not yet have made this exciting discovery. Clearly this research is an excellent example illustrating the key role of CCNI in predictive fundamental science," he said.
|Contact: Gabrielle DeMarco|
Rensselaer Polytechnic Institute