Metal-free three-dimensional perovskite ferroelectrics

Heng‐Yun Ye(Southeast University), Yuan‐Yuan Tang(Southeast University), Peng‐Fei Li(Southeast University), Wei‐Qiang Liao(Nanchang University), Ji‐Xing Gao(Southeast University), Xiu‐Ni Hua(Southeast University), Hu Cai(Nanchang University), Ping‐Ping Shi(Southeast University), Yu‐Meng You(Southeast University), Ren‐Gen Xiong(Nanchang University)
Science
July 13, 2018
Cited by 782

Abstract

Perovskites go organic The perovskite structure accommodates many different combinations of elements, making it attractive for use in a wide variety of applications. Building perovskites out of only organic compounds is appealing because these materials tend to be flexible, fracture-resistant, and potentially easier to synthesize than their inorganic counterparts. Ye et al. describe a previously unknown family of all-organic perovskites, of which they synthesized 23 different family members (see the Perspective by Li and Ji). The compounds are attractive as ferroelectrics, including one compound with properties close to the well-known inorganic ferroelectric BaTiO 3 . Science , this issue p. 151 ; see also p. 132


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