Hybrid organic–inorganic formate perovskites, AB (HCOO) 3, are a large family of
compounds that exhibit a variety of phase transitions and diverse properties, such as (anti) …

Hybrid organic–inorganic perovskites are famous for the diversity of their chemical
compositions, phases, phase transitions, and associated physical properties. We use a …

First-principles density functional theory computations are used to predict Rashba effects
cofunctional with ferroelectricity in a recently synthesized lead-free hybrid organic-inorganic …

Rashba–Dresselhaus effects, which originate from spin–orbit coupling and allow for spin
manipulations, are actively explored in materials, following the pursuit of spintronics and …

Spin splitting, or removal of spin degeneracy in the electronic energy band/level, is often a
measure of spin-orbit coupling strength and a way to manipulate spin degrees of freedom …

The effect of hydrostatic pressure in the range of 0–10 GPa on the structural, electric, and
electronic properties of hybrid organic–inorganic ferroelectric perovskites TMCM–MnCl3 …

Hybrid organic-inorganic perovskites is a class of materials with diverse chemically tunable
properties and outstanding potential for multifunctionality. We use first-principles simulations …

Density functional theory computations are used to predict the electronic structure of Cd-
based hybrid organic-inorganic high-TC ferroelectric perovskites with TMCM-CdCl 3 being …

Formate perovskites, denoted as AB (HCOO) 3, represent a diverse group of hybrid organic-
inorganic compounds, renowned for their numerous phase transitions and a wide array of …

Ferroelectric materials are a type of multifunctional material that exhibit spontaneous
polarization reversable by the application of an electric field. They are used in many …