Multiferroics are a new class of materials that respond to both magnetic and electric fields, a combination that does not generally occur simultaneously. This makes multiferroics promising materials that could, for example, replace silicon in future computer chips.
As a young scientist, Spaldin revitalised the field of multiferroics by using theoretical analysis and computer simulations to understand why multiferroics are so rare and to design new multiferroic materials. Her pioneering work has paved the way for the development of electronic devices with entirely new architectures and greater energy efficiency. Potential applications include ultra-fast computers, tiny data storage units and precision medical measuring instruments.
For her outstanding contribution in the field of multiferroics, Spaldin has now been awarded the Swiss Science Prize Marcel Benoist. Federal Councillor Guy Parmelin personally informed Professor Spaldin about the award, and will present her with the prize of 250,000 Swiss francs in Bern on 7 November.
Basic research into new technologies
“It’s a tremendous honour to join the list of highly respected scientists who have been awarded the Marcel Benoist Prize. It’s a fabulous endorsement for my team of superb young researchers, and a recognition of the importance that materials play in improving many aspects of people’s lives,” says Spaldin.
And she adds: “Here in Switzerland I appreciate not only the excellent resources for my research, but also working with such skilled and motivated staff and students, as well as the positive and enthusiastic attitude of Swiss society both to engineering and education.”
