Chuck-Hou Yee edited abstract.tex  over 7 years ago

Commit id: 29a23631f0491fda2b414214b57528046a18da5c

deletions | additions      

       

We give a few examples The design  of correlated materials challenges researchers to combine  the interplay mature, high throughput framework  of DFT-based materials design with the rapidly-developing  theory for correlated electron systems. We review the physics of correlations,  and experiments propose strategies to capture their effects at each stage of the materials design workflow. We illustrate the workflow via examples  in several materials classes, encompassing superconductors, charge ordering and Mott insulators, highlighting  the field of strongly correlated electron materials, interplay between theory and experiment and  with a view towards finding new materials.