New multiferroic material could enable low-energy computing

Researchers at Rice University have engineered a new multiferroic material that shows significantly enhanced performance at room temperature, offering a potential path toward more energy-efficient computing.
Published in Proceedings of the National Academy of Sciences, the study demonstrates a 10× increase in magnetization and a 100× boost in magnetoelectric coupling by combining chemistry and strain in a single material system.
Led by Lane Martin, with Tae Yeon Kim as first author, the work highlights a new strategy for designing next-generation materials that could reduce the energy demands of future electronics.

Видео New multiferroic material could enable low-energy computing канала Rice Advanced Materials Institute