非键电子学的理论探索及应用研究进展

lthough exist everywhere, the nonbonding events have attracted little attention. Recent research revealed that the presence of the nonbonding events including the broken bonds, nonbonding lone pairs, nonbonding electrons, and antibonding dipoles and their energy states dominate the performance of low-D functional materials. Meanwhile, we would like to emphasis that it is imperative to consider the macro properties of materials from the perspective of bond and nonbond formation, dissociation, relaxation and vibration and the associated energetics and dynamics of charge repopulation, polarization, densification and localization.