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From podcast_bulk on February 11th, 2019
Heat capacity of solids: classical model and Einstein model. -
From podcast_bulk on February 11th, 2019
Boundary conditions, periodic boundary conditions, setting up the Debye model. -
From podcast_bulk on February 11th, 2019
The Drude model. -
From podcast_bulk on February 11th, 2019
The Debye model. Comparison to experiment. Key concepts: periodic boundaries and density of states. -
From podcast_bulk on February 11th, 2019
Quantum complications: Identical particles, many-body wavefunctions. -
From podcast_bulk on February 11th, 2019
Electrons are Fermions. The Fermi energy. The Fermi-Dirac distribution. -
From podcast_bulk on February 11th, 2019
Intro. Initial poll. -
From podcast_bulk on February 11th, 2019
Summary. Electron gas in 3D. Calculating quantities, density of states. -
From podcast_bulk on February 11th, 2019
Explicit calculation of the Density of States (DOS). -
From podcast_bulk on February 11th, 2019
Electrical conductivity, electron velocity -
From podcast_bulk on February 11th, 2019
Heat capacity. Thermal conductivity -
From podcast_bulk on February 11th, 2019
Exit poll. Graphical overview of temperature dependence of the heat capacity of phonons and electrons. -
From podcast_bulk on February 11th, 2019
The periodic table, Madelungs rule -
From podcast_bulk on February 11th, 2019
First ionization energy, atomic radius, electron affinity, the effective nuclear charge model. -
From podcast_bulk on February 11th, 2019
Ionic bonds, Electronegativity. -
From podcast_bulk on February 11th, 2019
Summary of Lecture 4, and Chapter 7