| Abstract Scope |
Magnetoelectric materials, which exhibit coupled dielectric and magnetic properties, are of growing interest for multistate digital storage and field-sensing applications. These materials can generate electric polarization in response to a magnetic field and vice versa. However, few systems display such behavior because magnetism generally requires partially filled d or f orbitals, whereas dielectric responses favor closed-shell configurations. These competing requirements make it difficult to identify materials where both properties coexist effectively. Hybrid inorganic–organic materials present a promising alternative: the inorganic component contributes magnetism, while the organic component enables dielectric response. Our goal is to systematically engineer such materials by correlating crystal structures with their magnetic and dielectric properties. To achieve this, we will synthesize a series of candidate materials, characterize their structures, and measure magnetoelectric responses using dielectric spectroscopy and magnetometry. Future x-ray and neutron scattering studies will probe local environments, ultimately guiding the design of new multifunctional materials. |