Repository for exercises of the course "Quantum optics and quantum information" (moodle: https://moodle.epfl.ch/course/view.php?id=15072)
For questions on the content, please contact your tutors.
Repository for exercises of the course "Quantum optics and quantum information" (moodle: https://moodle.epfl.ch/course/view.php?id=15072)
For questions on the content, please contact your tutors.
Commit | Author | Details | Committed | ||||
---|---|---|---|---|---|---|---|
f42746a2cc3c | GaiaBolognini | Create Ex_5_Entanglement.pdf | Mar 27 2023 | ||||
5582c81908e2 | GaiaBolognini | Images | Feb 23 2023 | ||||
8467669f6e32 | GaiaBolognini | Create Ramsey_Fringes_solutions.ipynb | Feb 23 2023 | ||||
918349e8f83a | GaiaBolognini | Create EX_1_Solutions.pdf | Feb 23 2023 | ||||
aced1b1baa9a | GaiaBolognini | Delete Ramsey_Fringes-students.ipynb | Feb 23 2023 | ||||
83644c183185 | GaiaBolognini | Delete Ramsey_Fringes_solution.ipynb | Feb 23 2023 | ||||
3e65877b5d17 | GaiaBolognini | Delete Rabi_oscill.ipynb | Feb 23 2023 | ||||
9397749cb61c | RPB | Update README.md | Feb 22 2023 | ||||
aace0c01ecdb | RPB | Update README.md | Feb 22 2023 | ||||
b3be511dac54 | RPB | Update README.md | Feb 22 2023 | ||||
bf47f0ed9afb | RPB | Update README.md | Feb 22 2023 | ||||
63d5bf785ebf | zwettler | add exercise 6 | Apr 7 2022 | ||||
3d5189d40008 | sauerwein | uploaded solutions of ex 1 and 2 | Mar 8 2022 | ||||
285189a0e732 | sauerwein | ex 2 added | Mar 2 2022 | ||||
27658ed4e6f4 | sauerwein | updated readme | Feb 11 2022 |
This is the Git Repository to share the Jupyter Notebooks with the students. Its address is https://c4science.ch/source/quantum_optics.git .
For any questions please contact your assistants.
For the course we recommend anaconda https://www.anaconda.com/products/individual . If you don't already have another python distribution running on your computer just download and install it.
Jupyter notebooks are an interactive way of writing python programs. For a short demo you can read: https://docs.anaconda.com/ae-notebooks/4.3.1/user-guide/basic-tasks/apps/jupyter/
If you struggle you can watch this video: https://www.youtube.com/watch?v=syijLJ3oQzU
To install other packages just open the anaconda promt and run
conda install qutip
To install git go to: https://git-scm.com/downloads
Simple introduction to git: https://rogerdudler.github.io/git-guide/
Open the command line (cmd) or terminal in the folder you would like the repo to be and run:
git clone https://c4science.ch/source/quantum_optics.git
Open the command line (cmd) or terminal in the quantum_optics folder (this one had been created by the clone before) and run:
git pull
This will make sure that you have the newest version of the repo in your computer.