Summer schools

• CAMd Summer School 2018
  • Summer school exercises in Jupyter notebooks
  • The computer system
  • Instructions
    • Windows users
      • Setting up the first time (Windows)
        • Installing MobaXterm
        • Connecting the first time
        • Get access to the software
        • Carrying on
      • Starting and accessing a Jupyter Notebook (Windows)
        • Logging into the databar
        • Starting a Jupyter Notebook
        • Create an SSH Tunnel to the notebook
        • Starting a browser.
        • Logging out
      • Submitting jobs on the DTU computers
        • Using qsub.py
        • Choosing the number of processes
        • Dry run: Let GPAW help you choosing
    • Mac and Linux users
      • Setting up the first time (Linux / macOS)
        • Mac users: Install XQuartz
        • Open two Terminal windows
        • Log into the databar
        • Get access to the software
        • Carrying on
      • Starting and accessing a Jupyter Notebook (Linux / macOS)
        • Logging into the databar
        • Starting a Jupyter Notebook
        • Create an SSH Tunnel to the notebook
        • Starting a browser.
        • Loggin out
      • Submitting jobs on the DTU computers
        • Using qsub.py
        • Choosing the number of processes
        • Dry run: Let GPAW help you choosing
  • Projects
    • Projects
      • Introduction to Python and Jupyter notebooks
      • Catalysis
        • Part 1: N₂ adsorption on a flat Ru surface
        • Part 2: Splitting N₂: initial and final geometry
        • Part 3: Learning about Nudged Elastic Band
        • Part 4: Run a parallel NEB calculation
        • Extra exercise: Vibrational energy
        • Extra material: Convergence test
      • Magnetism in 2D
        • Part 1: Critical temperature of CrI₃
        • Part 2: Non-collinear magnetism - VI₂
        • Part 3: Find a new 2D material with large critical temperature
      • Machine Learning
        • Part 1: Inspection of database
        • Part 2: Machine Learning
        • Part 3: Test and Evaluate the Model
      • Photovoltaics
        • Part 1: Setup of the structure and bandstructure calculations
        • Part 2: Absorption spectrum
        • Part 3: Discussion
      • Batteries
        • Part 1: Li intercalation energy in graphite
        • Part 2: Equilibrium potential of a LiFePO₄/C battery
        • Part 3: Transport barriers and voltage profile
• CAMd Summer School 2016
  • Logging in to the databar
    • Using Secure Shell on Linux and Mac computers
    • Installing and using Secure Shell on Windows computers
    • Installing and using ThinLinc
  • Setting up your UNIX environment
  • Running GPAW calculations
  • Exercises and Tutorials
  • Accessing databar files on your laptop
  • Cannot open new windows after 20 minutes
  • Notes and hints
• CAMd Summer School 2014
  • Logging in to the databar terminals
  • Setting up your UNIX environment
  • Running GPAW calculations
  • Notes and hints
  • Using your own laptop
    • Linux and Mac laptops
    • Windows laptops
• CAMd Summer school 2012
  • Logging in to the databar terminals
  • Setting up your UNIX environment
  • Running GPAW calculations
  • Notes and hints
  • Using your own laptop
    • Linux and Mac laptops
    • Windows laptops
• CAMd Summer school 2010
  • Setting up your UNIX environment
  • Running GPAW calculations
  • Notes
• CAMd Summer school 2008
  • Databar
    • Setting up your UNIX environment
    • Notes
  • Niflheim
    • Frontend nodes
    • Copying files from gbar to niflheim
    • GPAW
    • SIESTA
    • Octopus
• MobaXTerm for Windows users
  • Install MobaXterm
  • Logging in the first time
  • Logging in next time
  • When you are logged in