Course overview
Our understanding of the physical properties of solids provides the foundation for future fundamental research and the development of new technology. Much of technology in our world is founded in the use and understanding of materials, particularly solids. The systematic study of the physics of solids is known as solid state physics. This course introduces students to this large and broad field of physics. This includes the electrical, thermal, magnetic and optical properties of solids, their crystal and electronic structure, and their application in science, engineering, and medicine.
Course learning outcomes
- Explain at a high level the major concepts in solid-state physics;
- Describe the important concepts of crystal structure, reciprocal space, single-particle band-structure, and the difference between semiconductors and metals;
- Describe examples of solid-state physics applications in modern technology;
- Tangible problem solving: write the operational equations of solid-state problems to be solved;
- Demonstrate effective oral and written communication skills
Degree list
The following degrees include this course