Introduction of magnetic properties of materials, including interesting macroscopic related phenomena such as superconductor, multiferrics, frustration, etc., as well as their origins, based on frontier researches and emerging new materials.
Students will learn the magnetic properties of materials. They will also study the basic principles for the generation of magnetism, crystal field effect, spin interactions, different types of magnetic structures, how to determine the magnetic structures.
The course focuses on the electric and magnetic properties of advanced materials. Upon completion of this course, students are expected to:
1. Be familiar with isolated magnetic moments.
2. Be familiar with crystalline environments.
3. Be familiar with spin interactions.
4. Be familiar with order and magnetic structures.
5. Be familiar with order and broken symmetry.
6. Be familiar with magnetism in metals.
7. Be familiar with competing interactions and low dimensionality.
- Teacher: haifengli, Li Haifeng