핵심 개념
The authors present experimental evidence of spin splitting in materials classified as altermagnets, suggesting potential advantages over traditional ferromagnets for certain technological applications.
초록
Electrons in materials have energies confined to specific levels that can split into bands corresponding to their intrinsic angular momentum, known as 'spin.' This spin splitting is crucial for the existence of ferromagnetism, commonly found in iron. Recently, a new type of magnetism called altermagnetism has been discovered, and it is predicted to exhibit similar spin splitting properties. Two papers published in Nature by Krempaský et al. and Zhu et al. provide experimental proof of spin splitting in materials categorized as altermagnets. These findings hint at the potential superiority of altermagnets over ferromagnets for various technological applications.
통계
The energies of electrons in a material are confined to specific levels.
Spin splitting underlies the existence of ferromagnetism.
Materials showing altermagnetism have been predicted to exhibit spin splitting.
Experimental evidence of spin splitting was reported in materials classified as altermagnets.