Go to main content
Logo EPFL, École polytechnique fédérale de Lausanne

ExoSet

  • Exercises
  • Notebooks
  • Quizzes
Login
  1. Where you are:
  2. Band Structure Investigation of Monolayer and Bilayer Graphene Using the Tight Binding Model

Band Structure Investigation of Monolayer and Bilayer Graphene Using the Tight Binding Model

Professor
Oleg Yazyev
Course
Solid State Physics
Kernel
Python3
Type
Interactive textbook
Graphene bilayer graphene honeycomb lattice hamiltonian matrix
  • 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

Open repository Open in Noto

Aim of ExoSet Contact us Download source code

© 2024 EPFL, tous droits réservés