Metal–organic frameworks represent the ultimate chemical platform on which to develop a
new generation of designer magnets. In contrast to the inorganic solids that have dominated …

Hybrid organic–inorganic perovskites (HOIPs) constitute unique coordination polymers with
a huge potential of transforming modern materials chemistry due to their wide applications …

Molecular ferroelectrics are becoming an important area of research due to their ability to
form a variety of structures exhibiting the desired properties. However, the precise control …

We perform density functional theory calculations on a recently synthesized metal–organic
framework (MOF) with a perovskite-like topology ABX3, ie,[CH3CH2NH3] Mn (HCOO) 3, and …

The coexistence of both electric and magnetic orders in some metal-organic frameworks
(MOFs) has yielded a new class of multiferroics beyond inorganic materials. However, the …

The ever-growing family of molecule-based magnetic materials calls for a systematic
classification of these structurally sophisticated and magnetically diverse compounds. Using …

We report here a new class of ammonium metal–formate frameworks of [NH2NH3][M
(HCOO) 3](M= Mn2+, Zn2+, Co2+ and Mg2+) incorporating hydrazinium as the cationic …

A resonant quantum magnetoelectric coupling effect has been demonstrated in the
multiferroic metal–organic framework of [(CH3) 2NH2] Fe (HCOO) 3. This material shows a …

The A‐site mixed‐ammonium solid solutions of metal–organic perovskites [(NH2NH3) x
(CH3NH3) 1− x][Mn (HCOO) 3](x= 1.00–0.67) exhibit para‐to ferroelectric diffuse phase …

We present three Mg–formate frameworks, incorporating three different
ammoniums:[NH4][Mg (HCOO) 3](1),[CH3CH2NH3][Mg (HCOO) 3](2) and [NH3 (CH2) …