Case Study – Analysis, Modelling, Simulation – Multiferroic & Magnetoelectric Materials

Multiferroic materials combine electrical, magnetic and structural functionality within a single material system. Their complex coupled behaviour makes them particularly dependent upon advanced modelling and simulation.

Electrosciences supports the investigation of multiferroic materials through computational analysis, reciprocal-space mapping, structural visualisation and advanced characterisation techniques. These methods enable researchers to understand how atomic-scale structural changes influence magnetic and electrical properties.

Modelling provides critical insight into coupling mechanisms and supports the design of future multifunctional devices for sensing, actuation and information technologies.

Reference

Cain, M.G. et al. Room-Temperature Multiferroic Behaviour in Aurivillius Phase Ceramics, Applied Physics Letters.