Goal: This solid-state physics class is the follow up of Solid-State Physics I. It goes one step further in the description of solid properties, including light-matter interactions (polarons, polaritons), effects of magnetic field (Landau levels, Fermi surfaces) and new states of matter (introduction to superconductivity and magnetic order).
Content:
Review of electronic band structures.
Effects of interactions: plasmons, polarons and polaritons.
Effects of magnetic field: Landau levels, probe of Fermi surfaces, quantum Hall effect.
New states of matter : superconductivity, magnetic phases, spin Hamiltonians, magnons.
Bibliography:
Introduction to solid state physics, 8th edition, Charles Kittel
Solid state physics, Neil Ashcroft and David Mermin
Published on September 16, 2021 Updated on February 23, 2023
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