What question did this study set out to answer?

The aim is to explore the presence of switchable physical properties in hybrid rare-earth perovskites.

April 1, 2026Inorganic Chemistry Frontiers1 citations

High-Temperature Biferroicity in a Chiral 3D Hybrid Rare-Earth-Based Double Perovskite

LWLi-ping WANGJiangxi University of Science and Technology CFChang-Chun FanJinling Institute of Technology ZHZheng-Hui HuFuyang Normal University

Key Points

The aim is to explore the presence of switchable physical properties in hybrid rare-earth perovskites.
Incorporation of dynamical organic cations in the structure
Analysis of magnetic and electric properties at high temperatures
Characterization of chiral 3D hybrid double perovskite materials
High-temperature biferroicity is successfully observed
Significant variation in magnetic properties with temperature
Potential for functional applications in electronics and spintronics

Abstract

Recently, switchable physical properties have been discovered in functional hybrid rare-earth perovskites, which have raised greater attention for potential applications. By consciously introducing dynamical and spherical organic cation, RM3HQ ( R -N-methyl-3-hydroxylquinuclidinium...

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