Dielectric permittivity, a measure of polarisability, is a fundamental parameter that dominates
various physical phenomena and properties of materials. However, it remains a challenge to …

Ferroelectrics usually exhibit temperature‐triggered structural changes, which play crucial
roles in controlling their physical properties. However, although light is very striking as a non …

Photochromic materials that undergo reversible structural transformations have been
extensively investigated on their transition mechanism and electric and optic properties …

Since the discovery of the first ferroelectric Rochelle salt, most ferroelectrics have been
investigated showing thermally triggered symmetry‐breaking phase transition. Although …

Improving the stability and photoelectric properties are current aims in the field of inorganic–
organic hybrid lead halides. In this work, a new covalently bonded pillared layered …

A series of cobalt (II) complexes possessing diverse structural and electronic properties
were prepared by using varieties of ligand systems. All the complexes were thoroughly …

In this research, the electronic transport of Salicylidene Ethylamine (SEA) with and without
substituents by nonequilibrium green's function (NEGF) joined with density functional theory …

Bistable-state dielectric properties without maintaining external stimuli after switching are
highly desirable for nonvolatile memory devices; however, research on switchable dielectric …