Exploring Chemical Potential for Fermions in 3D at Finite Temperature
- Professor
- Oleg Yazyev
- Course
- Solid State Physics
- Kernel
- Python3
- Type
- Exercise worksheets
- solidril
- pn-junction.ipynb
- 1DChain.ipynb
- Chemical potential (3D).ipynb
- Ch.1 Week 1, Drude model.ipynb
- phonons.ipynb
- Single Electron in 1D periodic potentials.ipynb
- XRay.ipynb
- HundsRules.ipynb
- Fermi-Dirac Statistics.ipynb
- Landau levels.ipynb
- real_vs_reciprocal_space_2D.ipynb
- 2D_various.ipynb
- Density of States (2D).ipynb
- Graphene_E.ipynb
- Anderson.ipynb
- Longitudinal and transversal waves.ipynb
- Exercise_Transparent_Conductors.ipynb
- Brillouin zones.ipynb
- Bloch theorem.ipynb
- Density of States (1D).ipynb
- Bands.ipynb
- AC conductivity.ipynb
- MonteCarlo_SquareLattice.html
- Ch.1, Drude model_transE.ipynb