Thin-film capacitors exhibit significant application potential owing to their rapid charge/discharge characteristics and high-power density. Individual engineering strategies can effectively enhance either breakdown strength (E<sub>bre</sub>) or polarization difference to improve energy storage performance. However, such enhancement typically leads to unilateral optimization of either energy density (W<sub>rec</sub>) or energy efficiency (η) and fails to achieve an optima
Entropy engineering in ferroelectric/dielectric superlattices for ultrahigh-efficiency superparaelectrics energy storage capacitors
Qianxin Chen·Gaokuo Zhong·Peipei Su·Jinbin Wang·Xiangli Zhong·Hongjia Song·Jiangyu Li·Mingqiang Cheng
