PHYS 425 Solid State Physics

This course provides a basic understanding of the arrangement of atoms and electrons in solid state materials, and how atomic structure is used to explain the macroscopic properties of the material. Topics include crystal structure, crystal diffraction, reciprocal lattice, lattice vibrations and phonons, free electron theory, energy bands in solids, semiconductors, and optical properties of materials.

Credits

3

Co or Prerequisite Courses

Both MATH 261 and MATH 308 may replace MATH 270 as prerequisites.

Prerequisite

PHYS 251 and ENGR 212 and MATH 270 or (MATH 261 and MATH 308).

Offered

Fall semester, odd years