Unveiling the mechanism of non-conventional superconductivity through material genome engineering

Studying the complexity of the electronic phase diagram is at the heart of understanding strongly correlated sys-tem in general,with high Tc superconductors as the most known examples.High temperature superconductivity has a wide range of application potentials in power trans-mission,nuclear magnetic resonance,magnetic levitation transportation,aerospace,information and communica-tion technologies,etc.Understanding its mechanism re-mains a long-standing challenge,due to its complex mate-rial structures and interlays among different phases such as charge density wave,antiferromagnetic and supercon-ducting phases.As a result,this has greatly hindered its further development.